The two pependicular sides of a right-angled triangle have lengths x+2 and 5x-3. The hypotenuse has length 4x+1. Find x. (Please show working!)
The two pependicular sides of a right-angled triangle have lengths x+2 and 5x-3. The hypotenuse has length 4x+1. Find x. (Please show working!)
factor the expression. x2 + 13x + 40 A. (x + 1)(x + 40) B. (x + 8)(x + 5) C. (x - 8)(x - 5) D. Prime...
factor the expression completely 75x^2 - 3
the question it asks me is "the point(s) of intersection of the linear function and quadratic function must be verified algebraically. LS/RS check must be completed the quadratic function...
Write the quadratic equation whose roots are −3 and 4 , and whose leading coefficient is 1 . (Use the letter x to represent the variable.)
find the square for f(x) and find the vortex for the quadratic function
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you and a friend are camping.you want to hang your food pach froa a branch 20ft.from the ground.you will attouch a rope to a stick and throw it over the branch.your friend can thow the stick upward...
2a^2 - 9a = 0
Try to solve the following problem listed above but having difficult answering this question . Need to find out the correct steps to take to begin to solve ,
In my 8th grade Advanced Algebra class, my group is moving extremely slowly due to constant chattering. I find it frustrating and would like to have the math skills to go into Advanced Geometry next...
Not sure how to get the answer at all. I have the quadratic formula but I am not sure how to apply it
Find the exact solutions to the quadratic equations.... X2+6x-27=0 and 3x2=39 Please...
What is a quadratic equation with the second power or the unknown, but not the first power?
3xsquared+12=0 how to solve using square roots
This is a quadratic. Please help, as I do not know the method for the a(x-p)^2=y form. Again, using the square root method.
I need some help on completing a square to solve a Quadratic Equations. Please explain every step in detail. Examples f2-12f-216=0 a2-18a+36=0
3x^2+x-2=0
x2-1=2x
find two positive numbers whose difference is 16 and whose product is 1232