Close x
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Run Xentry Advanced KeyGen.exe Click X to close it.(Do not click Close button) Click X to close It will show you Invalid password message,just click X to close A 1 Closed Sets and Limit Points De nition 1.1. A subset A of a topological space X is said to be closed if the set X A is open. Theorem 1.2. Let Y be a subspace of X . Then a set A is closed in Y if and only if it equals the intersection of a closed set of X with Y. Proof. Assume that A = C Y, where C is closed in X . Then X C is open
Article on the origins of using x to close – X to Close
Minus 5 x cubed plus 4 x squared minus 7 x close parentheses end cell equals cell x open parentheses x to the power of 4 minus 5 x cubed plus 4 x squared minus 7 x close parentheses plus 4 open parentheses x to the power of 4 minus 5 x cubed plus 4 x squared minus 7 x close parentheses end cell row blank equals cell x to the power of 5 minus 5 x to the power of 4 plus 4 x cubed minus 7 x plus 4 x to the power of 4 minus 20 x cubed plus 16 x squared minus 28 x end cell end table" data-type="working">Collect like termsx5-x4-16x3+9x2-28x{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="206" alt="bold italic x to the power of bold 5 bold minus bold italic x to the power of bold 4 bold minus bold 16 bold italic x to the power of bold 3 bold plus bold 9 bold italic x to the power of bold 2 bold minus bold 28 bold italic x" data-type="finalAnswer">(b) Factorise fully x+12x+3+x+1x-2{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="219" alt="open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 close parentheses plus open parentheses x plus 1 close parentheses open parentheses x minus 2 close parentheses">.There are two terms in this expression; x+12x+3{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="106" alt="open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 close parentheses" data-type="commentary"> and x+1x-2{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="97" alt="open parentheses x plus 1 close parentheses open parentheses x minus 2 close parentheses" data-type="commentary">Both contain the common factor x+1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="49" alt="open parentheses x plus 1 close parentheses" data-type="commentary">As a bracket is a factor, using "big square brackets" can help keep track of what's leftx+12x+3+x+1x-2=x+12x+3+x-2{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="34" width="448" alt="open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 close parentheses plus open parentheses x plus 1 close parentheses open parentheses x minus 2 close parentheses equals open parentheses x plus 1 close parentheses open square brackets table row cell table row cell open parentheses 2 x plus 3 close parentheses end cell plus end table end cell cell open parentheses x minus 2 close parentheses end cell end table close square brackets" data-type="working">Simplify the "big square brackets"=x+12x+3+x-2=x+13x+1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="48" width="176" alt="table attributes columnalign right center left columnspacing 0px end attributes row blank
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Role="math" height="22" width="140" alt="12 x plus 8 equals 4 open parentheses... plus... close parentheses">2x2-5x=x...-...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="149" alt="2 x squared minus 5 x equals x open parentheses... negative... close parentheses">6x2+8xy+4x=2x...+...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="235" alt="6 x squared plus 8 x y plus 4 x equals 2 x open parentheses... plus... plus... close parentheses">If the terms involve the same variable(s) to different powers then the highest common factor will include the variable(s) with the smallest power4x5+5x4=x4...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="163" alt="4 x to the power of 5 plus 5 x to the power of 4 equals x to the power of 4 open parentheses... plus... close parentheses">6x4y7-8x9y5=2x4y5...-...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="223" alt="6 x to the power of 4 y to the power of 7 minus 8 x to the power of 9 y to the power of 5 equals 2 x to the power of 4 y to the power of 5 open parentheses... negative... close parentheses">The highest common factor could also contain bracketsx+12+5x+1=x+1...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="254" alt="open parentheses x plus 1 close parentheses squared plus 5 open parentheses x plus 1 close parentheses equals open parentheses x plus 1 close parentheses open parentheses... plus... close parentheses">x+1x+2x+3+x+1x+2x+4=x+1x+2...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="478" alt="open parentheses x plus 1 close parentheses open parentheses x plus 2 close parentheses open parentheses x plus 3 close parentheses plus open parentheses x plus 1 close parentheses open parentheses x plus 2 close parentheses open parentheses x plus 4 close parentheses equals open parentheses x plus 1 close parentheses open parentheses x plus 2 close parentheses open parentheses... plus... close parentheses">Then find what you need to multiply the highest common factor by to get each termYou might need to use the index law: xa×xb=xa+b{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="107" alt="x to the power of a cross times x to the power of b equals x to the power of a plus b end exponent">Worked Example(a) Expand and simplify x+4x4-5x3+4x2-7x{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="200" alt="open parentheses x plus 4 close parentheses open parentheses x to the power of 4 minus 5 x cubed plus 4 x squared minus 7 x close parentheses">.The second bracket has more than two terms so turn the expression into single bracket expansionsx+4x4-5x3+4x2-7x=xx4-5x3+4x2-7x+4x4-5x3+4x2-7x=x5-5x4+4x3-7x+4x4-20x3+16x2-28x{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="50" width="555" alt="table row cell open parentheses x plus 4 close parentheses open parentheses x to the power of 4X to Close. The origins of the use of [x] in
CabinetPlease make sure your cabinet can accommodate it before order. The size of your cabinet needs to be greater than 35.4 x 21.6 x 23.6 inch, the opening size is 17.7 inch. The magic corner cabinet pole's mounting height is 23.6"-29.5" adjustable and the pole's position can be adjusted according to your needs.Delicate Fence & Anti Slip DetailsBasket dimension: 33 x 14.6 x 2.2 inch. With the heightened fence and the bottom PVC material, this corner pull out cabinet organizer plays the role of protecting the collapse of goods. It is also effortless to clean.Package Content1 x Blind Corner Organizer2 x Baskets1 x Pack of AccessoriesSpecificationsMaterial: Carbon Steel + PlasticLoad Capacity: 15 kg/33 lbs for each basketMinimum Installation Cabinet Size(W x D x H): 35.4 x 21.6 x 23.6 inchMinimum Cabinet Opening Size: 17.7 inchSingle Basket Dimensions: 33 x 14.6 x 2.2 inchFull Product Dimensions: 33 x 17.3 x 21.3 inchColor: SilverItem Weight: 11.5 kg/ 25.3 lbs Renovate Your Kitchen Space — Corner Cabinet Tray The swing left blind corner cabinet is designed to maximize your kitchen cabinet space effectively. It helps you easily organize and access your kitchen items. Made of durable metal, this corner cabinet tray withstands daily use without any wear and tear. It is durable, not only to increase the lifespan but also to support heavy items without breaking. With a soft close mechanism, you can easily open and close the cabinet without producing noise. The cabinet has a two-tier approach that fully extends and allows you to store items at the back of the cabinets. Let's explore some crazy features of this 2 tier swing tray cabinet. Superior Space Utilization The key to the right-handed open cabinet is its ability to use maximum space. You can easily store and arrange items within a cabinet with two large storage baskets. The two baskets have a weight capacity of up to 33 lbs per bracket. From bulky baking equipment to cooking gadgets, the soft close blind corner cabinet offers every item ample space to reduce the clutter. You can utilize your cabinets' vertical and depth dimensions to expand the storage capacity. This cabinet not only prevents your kitchen from overcrowding but also enhances the overall organization of your kitchen. You can use every inch of cabinet space and arrange the accessories neatly. Hydraulic Soft Close Device to Use Easily With hydraulic soft-close devices, you can rotate the. Run Xentry Advanced KeyGen.exe Click X to close it.(Do not click Close button) Click X to close It will show you Invalid password message,just click X to close A 1 Closed Sets and Limit Points De nition 1.1. A subset A of a topological space X is said to be closed if the set X A is open. Theorem 1.2. Let Y be a subspace of X . Then a set A is closed in Y if and only if it equals the intersection of a closed set of X with Y. Proof. Assume that A = C Y, where C is closed in X . Then X C is openX-Cnection: close vs Connection: close
Equals cell open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 plus x minus 2 close parentheses end cell row blank equals cell open parentheses x plus 1 close parentheses open parentheses 3 x plus 1 close parentheses end cell end table" data-type="working">The whole expression is now fully simplified (but it's always worth checking!)(x+1)(3x+1){"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="117" alt="" data-type="finalAnswer">Expanding Triple BracketsHow do I expand three brackets?Multiply out any two brackets using a standard method and simplify this answer (collect any like terms)Replace the two brackets above with one long bracket containing the expanded resultExpand this long bracket with the third (unused) bracketThis step often looks like (x + a)(x2 + bx + c)Every term in the first bracket must be multiplied with every term in the second bracketThis leads to six terms A grid can often help to keep track of all six terms, for example (x + 2)(x2 + 3x + 1)add all the terms inside the grid (diagonals show like terms) to get x3 + 2x2 + 3x2 + 6x + x + 2collect like terms to get the final answer of x3 + 5x2 + 7x + 2Simplify the final answer by collecting like terms (if there are any)It helps to put negative terms in brackets when multiplyingWorked ExampleExpand 2x-3x+43x-1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="163" alt="open parentheses 2 x minus 3 close parentheses open parentheses x plus 4 close parentheses open parentheses 3 x minus 1 close parentheses">.Start by expanding the first two sets of brackets and simplify by collecting 'like' terms2x-3x+4=2x×x+2x×4+-3×x+-3×4=2x2+8x-3x-12=2x2+5x-12{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="102" width="281" alt="table row blank blank cell open parentheses 2 x minus 3 close parentheses open parentheses x plus 4 close parentheses end cell row blank equals cell 2 x cross times x plus 2 x cross times 4 plus open parentheses negative 3 close parentheses cross times x plus open parentheses negative 3 close parentheses cross times 4 end cell row blank equals cell 2 x squared plus 8 x minus 3 x minus 12 end cell row blank equals cell 2 x squared plus 5 x minus 12 end cell end table" data-type="working">Rewrite the original expression with the first two brackets expanded2x2+5x-123x-1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="167" alt="open parentheses 2 x squared plus 5 x minus 12 close parentheses open parentheses 3 x minus 1 close parentheses" data-type="working">Multiply all of the terms in theX to Close. The origins of the use of [x] in UI
Down, Y (Close)Meat Slicer: Down, Forward, Down, A (Close)Liu Kang FatalitiesBurn Out: Down, Back, Down, Forward, X (Close)Belly of the Beast: Back, Down, Back, Forward, Y (Mid-range)Noob Saibot FatalitiesDouble Trouble: Back, Forward, Back, Forward, X (Mid-range)Split Decision: Down, Down, Down, X (Close)Raiden FatalitiesAlternating Current: Back, Down, Back, X (Mid-range)Direct Current: Down, Forward, Back, A (Close)Scorpion FatalitiesYou're Next: Back, Down, Down, X (Far)Chain Reaction: Down, Forward, Back, Y (Far)Skarlet FatalitiesBloody Mess: Forward, Back, Down, A (Mid-range)Heart Kondition: Down, Down, Forward, B (Mid-range)Shao Kahn FatalitiesBack Blown Out: Back, Forward, Down, Down, Y (Close)Kahn-Sequences Back, Forward, Back, X (Close)Sonya Blade FatalitiesTo the Choppa: Down, Forward, Back, Y (Mid-range)Supply Drop Back, Forward, Down, A (Close)Sub-Zero FatalitiesIce-Cutioner: Back, Forward, Back, Y (Mid-range)Frozen in Time: Forward, Down, Forward, B (mid-range)Shang Tsung FatalitiesCondemned the Damned: Back, Forward, Down, Down, X (Mid-range)Shoken Reborn: Back, Forward, Back - B (mid-range)Nightwolf FatalitiesWar Ritual: Back, Forward, Back, Forward, Back, Y (Close range)Komo-tose: Down, Down, Down, Down, B (Close range)Sindel FatalitiesScream Queen: Down, Down, Down, Forward, B (Close range)Hair Today Gone Tomorrow: Back, Forward, Back, X (Mid range)Terminator T-800 FatalitiesI'm Back Back, Forward, Back, X (Close range)Target Terminated Down, Forward, Down, B (Mid range)Spawn FatalitiesRest in Pieces Forward, Back, Down, Down, A (Mid Range)Unchained Forward, Back, Forward, B (Mid Range)This guide was composed by IGN and IGN Wiki contributors. (c) 2019 IGN Entertainment, Inc. All rights reserved. Please do not reproduce or copy the content of this page without permission.If you do want to share this content, here's how you can do it: 1. Share a link! 2. You can even include a short excerpt as long as you link back to us. 3. Contact us if you want to use more and we can tell you how.Up Next: Switch FatalitiesWas this guide helpful?In This GuideClosing a RadWindow when the Close ( X ) button is clicked
Basic Expanding & FactorisingHow do I expand brackets?Expanding brackets means multiplying all the terms inside a bracket by the term outside of the bracketFor GCSE Mathematics you will have learnt how to expand a single bracketMultiply each term inside the bracket by the term outside the bracket2x3x-4y+5=2x×3x-2x×4y+2x×5=6x2-8xy+10x{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="49" width="319" alt="table row cell 2 x open parentheses 3 x minus 4 y plus 5 close parentheses end cell equals cell 2 x cross times 3 x minus 2 x cross times 4 y plus 2 x cross times 5 end cell row blank equals cell 6 x squared minus 8 x y plus 10 x end cell end table">You will also have learnt how to expand double bracketsYou can turn this into two single brackets by multiplying each term inside one bracket by the other bracketFor Level 2 Further Mathematics you might get more than two terms in a bracketTherefore using a grid or turning the expression into single brackets will be more helpful than using FOIL2x+53x-4y+5=2x3x-4y+5+53x-4y+5=6x2-8yx+10x+15x-20y+25=6x2+-8xy+25x-20y+25{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="76" width="409" alt="table row cell open parentheses 2 x plus 5 close parentheses open parentheses 3 x minus 4 y plus 5 close parentheses end cell equals cell 2 x open parentheses 3 x minus 4 y plus 5 close parentheses plus 5 open parentheses 3 x minus 4 y plus 5 close parentheses end cell row blank equals cell 6 x squared minus 8 y x plus 10 x plus 15 x minus 20 y plus 25 end cell row blank equals cell 6 x squared plus negative 8 x y plus 25 x minus 20 y plus 25 end cell end table">A bracket that is raised to the power of 2 can also be written as a double bracketx+y+z2=x+y+zx+y+z{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="250" alt="open parentheses x plus y plus z close parentheses squared equals open parentheses x plus y plus z close parentheses open parentheses x plus y plus z close parentheses">Write as a double bracket and then expandDo not just square each term inside the bracketBe very careful when working with negativesRemember to simplify expressions where possibleHow do I factorise out a term from an expression?Factorising is the opposite of expandingFirstly find the highest common factor of each term in the expression and put this outside a bracketThe highest common factor could be a single number or a variable or both 12x+8=4...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}"how to close a window with no x or other option to close
This page contains every MK11 Fatality combo using Xbox One controls.- MATURE CONTENT WARNING -This page contains footage of graphic violence in Mortal Kombat 11 and may not be suitable for all viewers.In Mortal Kombat 11, a Fatality is an end-of-round move that can be performed when the opponent's health has reached 0. At this point, you'll finish the last attack or combo you were performing, and will then have around 5 seconds to perform a Fatality, Mercy, or let the round end.Each of the Characters has two Fatalities that you can perform: one will already be listed in your move list, while another's button inputs will be locked until you can find it in the Krypt. Note: You do NOT have to unlock a Fatality's inputs in order to perform it - as long as you know the button inputs, there's nothing to stop you. Shorthand Mortal Kombat Command F Forward B Back U Up D Down X Front Punch Y Back Punch A Front Kick B Back KickBelow are all of the known Fatalities in Mortal Kombat 11. See Also - PS4 Fatality List, Switch Fatality List, All FatalitiesJump to a ChararacterBarakaCassie CageCetrionD'vorahErron BlackFrostGerasJadeJacqui BriggsJax BriggsJohnny CageKabalKanoKollectorKotal KahnKitanaKung LaoLiu KangNoob SaibotRaidenScorpionSkarletShao KahnSonya BladeSub-ZeroShang TsungNightwolfSindelTerminator T-800Baraka FatalitiesFood for Thought: Back, Down, Back, Y (Close)Rock, Paper, Baraka: Back, Forward, Back, A (Close)Cassie Cage FatalitiesI Down, Down, Forward, B (Mid-range)GirlPower Back, Down, Down, Back, Y (Mid-range)Cetrion FatalitiesMaintaining Balance: Back, Down, Forward, Down, B (Mid-range)Good and Evil Back, Down, Back, A (Mid-range)D'vorah FatalitiesNew Species: Back, Forward, Back, A (Close)Can't Die Back, Down, Down, B (Mid-range)Erron Black FatalitiesMelted: Down, Down, Down, X (Mid-range)Death Trap Down, Forward, Down, Y (Mid-range)Frost FatalitiesIce Sculpture: Xbox: Forward, Back, Down, X (Close)The Cyber Initiative Back, Forward, Down, Forward, B (Mid-range)Geras FatalitiesPhasing Through Time: Back, Down, Down, A (mid-range)Peeling Back: Down, Forward, Back, X (Close)Jade FatalitiesBow Before Me: Down, Down, Forward, Down, B (Anywhere)Poll Dance: Back, Forward, Down, Forward, X (Close)Jacqui Briggs FatalitiesSpider Mines: Forward, Back, Forward, A (mid-range)Nothin' But Neck: Back, Forward, Back, B (mid-range)Jax Briggs FatalitiesComing in Hot: Forward, Down, Forward, A (Close)Still Got It: Back, Forward, Back, Down, B (Close)Johnny Cage FatalitiesMr. Cage's Neighborhood: Forward, Back, Down, Down, B (Close)Who Hired This Guy?: Forward, Down, Forward, X (Close)Kabal FatalitiesRoad Rash: Back, Forward, Down, Forward, A (Mid-range)Hooked: Down, Down, Down, B (Close)Kano FatalitiesLast Dance: Forward, Down, Down, X (Close)Face Like a Dropped Pie: Back, Down, Forward, Y (Close)Kollector FatalitiesFor the Kollection: Down, Down, Down, Down, B (Close)Head Lantern: Down, Forward, Back, X (Close)Kotal Kahn FatalitiesTotem Sacrifice: Back, Down, Back, A (Close)Kat Food: Back, Forward, Back, Forward, X (Close)Kitana FatalitiesGore-Nado: Down, Down, Down, Down, Y (Mid-range)Royal Execution: Down, Back, Forward, X (Mid-range)Kung Lao FatalitiesHeaded Nowhere: Down, Forward, Back,. Run Xentry Advanced KeyGen.exe Click X to close it.(Do not click Close button) Click X to close It will show you Invalid password message,just click X to close A 1 Closed Sets and Limit Points De nition 1.1. A subset A of a topological space X is said to be closed if the set X A is open. Theorem 1.2. Let Y be a subspace of X . Then a set A is closed in Y if and only if it equals the intersection of a closed set of X with Y. Proof. Assume that A = C Y, where C is closed in X . Then X C is open
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Transformations using a MatrixWhat is a transformation matrix?A transformation matrix is used to determine the coordinates of an image from the transformation of an objectreflections, rotations, enlargements and stretchesCommonly used transformation matrices include(In 2D) a multiplication by any 2x2 matrix could be considered a transformation (in the 2D plane)This can be done similarly in higher dimensionsAn individual point in the plane can be represented as a position vector, xy{"language":"en","fontFamily":"Times New Roman","fontSize":"18"}" role="math" height="54" width="33" alt="open parentheses table row x row y end table close parentheses">Several points, that create a shape say, can be written as a position matrix x1x2x3...y1y2y3...{"language":"en","fontFamily":"Times New Roman","fontSize":"18"}" role="math" height="66" width="117" alt="space open parentheses table row cell x subscript 1 end cell cell x subscript 2 end cell cell x subscript 3 end cell cell... end cell row cell y subscript 1 end cell cell y subscript 2 end cell cell y subscript 3 end cell cell... end cell end table close parentheses">A matrix transformation will be of the form abcdxy{"language":"en","fontFamily":"Times New Roman","fontSize":"18"}" role="math" height="54" width="82" alt="open parentheses table row a b row c d end table close parentheses open parentheses table row x row y end table close parentheses">where xy{"language":"en","fontFamily":"Times New Roman","fontSize":"18"}" role="math" height="54" width="33" alt="open parentheses table row x row y end table close parentheses"> represents any point in the 2D plane abcd{"language":"en","fontFamily":"Times New Roman","fontSize":"18"}" role="math" height="54" width="50" alt="open parentheses table row a b row c d end table close parentheses"> is a given matrixHow do I find the coordinates of an image under a transformation?The coordinates (x’, y’) - the image of the point (x, y) under the transformation with matrix abcd{"language":"en","fontFamily":"Times New Roman","fontSize":"18"}" role="math" height="54" width="50" alt="open parentheses table row a b row c d end table close parentheses"> are given byx'y'=abcdxy{"language":"en","fontFamily":"Times New Roman","fontSize":"18"}" role="math" height="58" width="136" alt="open parentheses table row cell x apostrophe end cell row cell y apostrophe end cell end table close parentheses equals open parentheses table row a b row c d end table close parentheses open parentheses table row x row y end table close parentheses">Similarly, for a position matrixx'1x'2x'3...y'1y'2y'3...=abcdx1x2x3...y1y2y3...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="68" width="306" alt="open parentheses table row cell x apostrophe subscript 1 end cell cell x apostrophe subscript 2 end cell cell x apostrophe subscript 3 end cell cell... end cell row cell y apostrophe subscript 1 end cell cell y apostrophe subscript 2 end cell cell y apostrophe subscript 3 end cell cell... end cell end table close parentheses equals open parentheses table row a b row c d end table close parentheses open parentheses table row cell x subscript 1 end cell cell x subscript 2 end cell cell x subscript 3 end cell cell... end cell row cell y subscript 1 end cellClose X Icons - Free SVG PNG Close X Images - Noun Project
How to Close MS WordClosing Microsoft Word is straightforward, but it’s important to know a few methods to ensure you don’t lose any unsaved work. In this guide, I’ll walk you through the simple steps to close MS Word efficiently. Follow along, and you’ll be a pro in no time!Step-by-Step Tutorial on How to Close MS WordThis section will show you different ways to close MS Word, so you’ll know what to do regardless of your situation.Step 1: Click the ‘X’ Button in the Top-Right CornerLocate the ‘X’ button in the top-right corner of the MS Word window and click it.The ‘X’ button is the quickest way to close MS Word. If you have any unsaved documents, a prompt will ask if you want to save your work. Step 2: Use the File MenuGo to the ‘File’ menu located at the top-left corner of the window, then select ‘Exit’ or ‘Close.’By using the ‘File’ menu, you can also choose to close just one document or exit the application entirely. This method is useful when you have multiple documents open.Step 3: Use Keyboard ShortcutsPress ‘Alt’ + ‘F4’ on your keyboard to close the window.Keyboard shortcuts are a fast and efficient way to close MS Word. ‘Alt’ + ‘F4’ closes the active window, prompting you to save if needed.Step 4: Right-Click on the Taskbar IconRight-click the MS Word icon on your taskbar and choose ‘Close Window’ or ‘Close All Windows.’Right-clicking the taskbar icon gives you an alternative way to close MS Word,. Run Xentry Advanced KeyGen.exe Click X to close it.(Do not click Close button) Click X to close It will show you Invalid password message,just click X to close AHow to add a button ( X ) - close window, close operation?
2019 + VIEW DETAILS HWMonitor 1.39 February 01st, 2019 CLOSE NVIDIA GeForce RTX serie 20 (multiple fans) Intel Basin Falls Skylake-X refresh HWMonitor 1.38 November 27th, 2018 + VIEW DETAILS HWMonitor 1.38 November 27th, 2018 CLOSE Intel Gemini Lake processors family. Intel Xeon E processors. Fix issue with multiple graphics devices HWMonitor 1.37 October 22th, 2018 + VIEW DETAILS HWMonitor 1.37 October 22th, 2018 CLOSE Improved support of Z390 mainboards. New performance limits indicators (NVIDIA GPUs). Fix GPU utilization bug reported at 0%. HWMonitor 1.36 September 13th, 2018 + VIEW DETAILS HWMonitor 1.36 September 13th, 2018 CLOSE AMD Threadripper 2000 processors Intel 9th generation Core family (Coffee Lake 9900K, 9700K, 9600K, 9600, 9500 and 9400) Intel Coffee Lake-U processors Preliminary support of ASUS WMI monitoring HWMonitor 1.35 April 09th, 2018 + VIEW DETAILS HWMonitor 1.35 April 09th, 2018 CLOSE AMD Ryzen 2000 processors. Intel Xeon Bronze / Silver / Gold / Platinium processors. Improved Intel IGP monitoring. Improved HDD monitoring. HWMonitor 1.34 December 19th, 2017 + VIEW DETAILS HWMonitor 1.34 December 19th, 2017 CLOSE AMD Raven Ridge processors Improved NVIDIA GPUs monitoring Windows 10 Build 16299 HWMonitor 1.33 October 13th, 2017 + VIEW DETAILS HWMonitor 1.33 October 13th, 2017 CLOSE Intel Coffee Lake processors and Z370 platform. Intel Skylake-X HCC processors. Intel Xeon Skylake-SP and Xeon W Skylake processors HWMonitor 1.32 August 07th, 2017 + VIEW DETAILS HWMonitor 1.32 August 07th, 2017 CLOSE Intel Core X processors (KBL-X and SKL-X) and X299 platform. AMD ThreadRipper and X399 platform. HWMonitor 1.31 March 23th, 2017 + VIEW DETAILS HWMonitor 1.31 March 23th, 2017 CLOSE AMD Ryzen processors support. AMD Polaris GPU support improved. HWMonitor 1.30 October 12th, 2016 + VIEW DETAILS HWMonitor 1.30 October 12th, 2016 CLOSE Corsair Hydro series CPU coolers (H80i v2, H100i v2, H115i) support. Corsair RMi and AXi series PSUs support. NVMe SSDs support. Intel Kaby Lake processors. AMD Bristol Ridge processors. NVIDIA Pascal GPUs (GTX10x0). HWMonitor 1.29 June 13th, 2016 + VIEW DETAILS HWMonitor 1.29 June 13th, 2016 CLOSE Intel Broadwell-E/EP processors. Intel Skylake Pentium and Celeron. AMD Carrizo APUs. Adds disks volumes space utilisation. HWMonitor 1.28 July 23th, 2015 + VIEW DETAILS HWMonitor 1.28 July 23th, 2015 CLOSE Intel Broadwell and Intel Skylake CPUs. Added indivudual CPU load. Added NVIDIA TDP percentage HWMonitor 1.27 March 13th, 2015 + VIEW DETAILS HWMonitor 1.27 March 13th, 2015 CLOSE Report CPU and GPU clocks. Intel Core M CPUs and preliminary support of Intel Skylake. HWMonitor 1.26 December 02nd, 2014 + VIEW DETAILS HWMonitor 1.26 December 02nd, 2014 CLOSE Added CPU and GPU utilization. Added DRAM power (Haswell processors). Intel X99 Platform (DDR4 and Haswell-E). Support for Windows 10. New application icon. HWMonitor 1.25 May 05th, 2014 + VIEW DETAILS HWMonitor 1.25 May 05th, 2014 CLOSE Intel Haswell-E, Core i7-4770R and Core i5-4570R Crystal Well, Celeron Haswell (G1830, G1820). AMD Athlon 5350 & 5150, Sempron 3850 & 2650 (Kabini), A10-7850K, A10-7800, A10-7700K, A8-7600, A6-7400K, A4-7300 (Kaveri), A6-6420K, A4-6320, A4-4020 (Richland). Nuvoton NCT6106 and SMSC SCH5636 SIOs (Fujitsu mainboards). HWMonitor 1.24Comments
Minus 5 x cubed plus 4 x squared minus 7 x close parentheses end cell equals cell x open parentheses x to the power of 4 minus 5 x cubed plus 4 x squared minus 7 x close parentheses plus 4 open parentheses x to the power of 4 minus 5 x cubed plus 4 x squared minus 7 x close parentheses end cell row blank equals cell x to the power of 5 minus 5 x to the power of 4 plus 4 x cubed minus 7 x plus 4 x to the power of 4 minus 20 x cubed plus 16 x squared minus 28 x end cell end table" data-type="working">Collect like termsx5-x4-16x3+9x2-28x{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="206" alt="bold italic x to the power of bold 5 bold minus bold italic x to the power of bold 4 bold minus bold 16 bold italic x to the power of bold 3 bold plus bold 9 bold italic x to the power of bold 2 bold minus bold 28 bold italic x" data-type="finalAnswer">(b) Factorise fully x+12x+3+x+1x-2{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="219" alt="open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 close parentheses plus open parentheses x plus 1 close parentheses open parentheses x minus 2 close parentheses">.There are two terms in this expression; x+12x+3{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="106" alt="open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 close parentheses" data-type="commentary"> and x+1x-2{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="97" alt="open parentheses x plus 1 close parentheses open parentheses x minus 2 close parentheses" data-type="commentary">Both contain the common factor x+1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="49" alt="open parentheses x plus 1 close parentheses" data-type="commentary">As a bracket is a factor, using "big square brackets" can help keep track of what's leftx+12x+3+x+1x-2=x+12x+3+x-2{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="34" width="448" alt="open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 close parentheses plus open parentheses x plus 1 close parentheses open parentheses x minus 2 close parentheses equals open parentheses x plus 1 close parentheses open square brackets table row cell table row cell open parentheses 2 x plus 3 close parentheses end cell plus end table end cell cell open parentheses x minus 2 close parentheses end cell end table close square brackets" data-type="working">Simplify the "big square brackets"=x+12x+3+x-2=x+13x+1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="48" width="176" alt="table attributes columnalign right center left columnspacing 0px end attributes row blank
2025-04-15Role="math" height="22" width="140" alt="12 x plus 8 equals 4 open parentheses... plus... close parentheses">2x2-5x=x...-...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="149" alt="2 x squared minus 5 x equals x open parentheses... negative... close parentheses">6x2+8xy+4x=2x...+...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="235" alt="6 x squared plus 8 x y plus 4 x equals 2 x open parentheses... plus... plus... close parentheses">If the terms involve the same variable(s) to different powers then the highest common factor will include the variable(s) with the smallest power4x5+5x4=x4...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="163" alt="4 x to the power of 5 plus 5 x to the power of 4 equals x to the power of 4 open parentheses... plus... close parentheses">6x4y7-8x9y5=2x4y5...-...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="223" alt="6 x to the power of 4 y to the power of 7 minus 8 x to the power of 9 y to the power of 5 equals 2 x to the power of 4 y to the power of 5 open parentheses... negative... close parentheses">The highest common factor could also contain bracketsx+12+5x+1=x+1...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="254" alt="open parentheses x plus 1 close parentheses squared plus 5 open parentheses x plus 1 close parentheses equals open parentheses x plus 1 close parentheses open parentheses... plus... close parentheses">x+1x+2x+3+x+1x+2x+4=x+1x+2...+...{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="478" alt="open parentheses x plus 1 close parentheses open parentheses x plus 2 close parentheses open parentheses x plus 3 close parentheses plus open parentheses x plus 1 close parentheses open parentheses x plus 2 close parentheses open parentheses x plus 4 close parentheses equals open parentheses x plus 1 close parentheses open parentheses x plus 2 close parentheses open parentheses... plus... close parentheses">Then find what you need to multiply the highest common factor by to get each termYou might need to use the index law: xa×xb=xa+b{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="107" alt="x to the power of a cross times x to the power of b equals x to the power of a plus b end exponent">Worked Example(a) Expand and simplify x+4x4-5x3+4x2-7x{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="200" alt="open parentheses x plus 4 close parentheses open parentheses x to the power of 4 minus 5 x cubed plus 4 x squared minus 7 x close parentheses">.The second bracket has more than two terms so turn the expression into single bracket expansionsx+4x4-5x3+4x2-7x=xx4-5x3+4x2-7x+4x4-5x3+4x2-7x=x5-5x4+4x3-7x+4x4-20x3+16x2-28x{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="50" width="555" alt="table row cell open parentheses x plus 4 close parentheses open parentheses x to the power of 4
2025-04-20Equals cell open parentheses x plus 1 close parentheses open parentheses 2 x plus 3 plus x minus 2 close parentheses end cell row blank equals cell open parentheses x plus 1 close parentheses open parentheses 3 x plus 1 close parentheses end cell end table" data-type="working">The whole expression is now fully simplified (but it's always worth checking!)(x+1)(3x+1){"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="117" alt="" data-type="finalAnswer">Expanding Triple BracketsHow do I expand three brackets?Multiply out any two brackets using a standard method and simplify this answer (collect any like terms)Replace the two brackets above with one long bracket containing the expanded resultExpand this long bracket with the third (unused) bracketThis step often looks like (x + a)(x2 + bx + c)Every term in the first bracket must be multiplied with every term in the second bracketThis leads to six terms A grid can often help to keep track of all six terms, for example (x + 2)(x2 + 3x + 1)add all the terms inside the grid (diagonals show like terms) to get x3 + 2x2 + 3x2 + 6x + x + 2collect like terms to get the final answer of x3 + 5x2 + 7x + 2Simplify the final answer by collecting like terms (if there are any)It helps to put negative terms in brackets when multiplyingWorked ExampleExpand 2x-3x+43x-1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="22" width="163" alt="open parentheses 2 x minus 3 close parentheses open parentheses x plus 4 close parentheses open parentheses 3 x minus 1 close parentheses">.Start by expanding the first two sets of brackets and simplify by collecting 'like' terms2x-3x+4=2x×x+2x×4+-3×x+-3×4=2x2+8x-3x-12=2x2+5x-12{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="102" width="281" alt="table row blank blank cell open parentheses 2 x minus 3 close parentheses open parentheses x plus 4 close parentheses end cell row blank equals cell 2 x cross times x plus 2 x cross times 4 plus open parentheses negative 3 close parentheses cross times x plus open parentheses negative 3 close parentheses cross times 4 end cell row blank equals cell 2 x squared plus 8 x minus 3 x minus 12 end cell row blank equals cell 2 x squared plus 5 x minus 12 end cell end table" data-type="working">Rewrite the original expression with the first two brackets expanded2x2+5x-123x-1{"language":"en","fontFamily":"Times New Roman","fontSize":"18","autoformat":true}" role="math" height="23" width="167" alt="open parentheses 2 x squared plus 5 x minus 12 close parentheses open parentheses 3 x minus 1 close parentheses" data-type="working">Multiply all of the terms in the
2025-04-03