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Introduction To Quadratic EquationSolving Quadratic EquationsLooking at an example: You are given the question x2+5x+4=0 In the above example, a=1 (If there is no number before the x then we can assume that thenumber is 1) b=5 c=4 What we then have to do is find out what x could be equal to in order to satisfy the equation and therefore make it true. In this example, x can either equal -4 or -1 . We don't know yet how we came to this answer, but let's show that both of these answers do work. Putting -4 into the above equation: x2+5x+4=0 (-4)2 + (5*-4) + 4 = 0 (-4)*(-4) + (5*-4) + 4 = 0 16 + (-20) + 4 = 0 16-20+4=0 -4+4=0 0=0 This shows that -4 can be a solution for x Putting -1 into the above equation: x2+5x+4=0 (-1)2 + (5*-1) + 4 = 0 (-1)*(-1) + (5*-1) + 4 = 0 1 + (-5) + 4 = 0 1-5+4=0 -4+4=0 0=0 This shows that -1 can also be a solution for x Therefore, there are two possible solutions, -1 and -4. They must both begiven as an answer to obtain full marks. Once you have obtained the possible solutions for x, is is always necessary to checkthem in the above way The test results are in and staff writer Kristen Cates won't be ... - Great Falls Tribune
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Assignment #2Introduction Read everything carefully. This assignment will be all about ellipses (not to be confused with ellipsoids). Hopefully, you know that we usually write an ellipse like so: This produces an ellipse with that “bulges out” by in the direction and by in the direction. The larger value of and is the length of the “semi-major axis” and the smaller is the length of the semi-minor axis. For example, produces (Click on it for a bigger picture.) Of course, ellipses can be tilt |
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