Find a polynomial function of degree 3, given the roots, are -1,2 and -8. Find the roots of the following polynomial: y=x^4+3x^3-4x^2. Find the roots of the following polynomial. y = 4x^4 - 14x^3 - 30x^2 Find the quadratic polynomial whose graph goe...
This is a full guide to finding the general term of sequences. There are examples provided to show you the step-by-step procedure for finding the general term of a sequence.
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y = a(x + r1)(x + r2)where a is a known constant, r1and r2are "roots" of the equation (x intercepts), and x and y are variables. Each of the forms looks drastically different, but the method for finding the y intercept of aquadratic equationis the same despite the various forms...
whether polynomial, trigonometric, exponential or linear. Using this principle, you can graphically illustrate the inverse of a function by graphing the original function, drawing the line at y = x, then drawing the curves or lines needed to create a "mirror image" that has ...
Find the critical point of the function. Assume a is a nonzero constant. f(x) = 3x^2-4x+2Find the critical point of the function. Assume a is a nonzero constant. f(x) = 1/8x^3-1/2xFind the polynomial P_2(x) = ...
Find the roots of the quadratic polynomial ( mathrm t 2 15 ) - Given:$h(t) = t^2 – 15$To find:Here, we have to find the roots of h(t). Solution:To find the zeros of h(t), we have to put $h(t)=0$.This implies,$t^2 – 15 = 0$$t^2 – sqrt{(15)^2} = 0$...
Note:If we are able to find the slopes of the two sides of the triangle then we can find the orthocenter and its not necessary to find the slope for the third side also. Orthocenter Examples Question: Find the orthocenter of a triangle whose vertices are A (-5, 3), B (1, 7), C...
A typical problem of this type is, “The product of two consecutive integers is 156.” Choose x to be the first number and x + 1 to be the second. You get the equation x(x + 1) = 156. This leads to the quadratic equation x^2 + x - 156 = 0. The quadratic formula gives two...