min isosceles triangle RST, RS-ST. of ARST is 122, find the value of x If RS=5x + 2, RT=3x + 1, and the perimeter
Find the length of segment RS if S between R and T, the length of RS is 1/3 the length of segment RT, RS=3x-3 and ST=2x+6.
Solve the following LP problems. Z=2X1+12 Min St X, +X2 s 30 10x - 3X2 2 1
X Incorrect. Use the transformation u = x-10y, v = 10x + y to find x-10y dA 10x + y R where R is the rectangular region enclosed by the lines X - 10y = 1, x - 10y = 100, 10x + y = 5, 10x + y = 25. (x-104 dA= TS 9999 -In(5) Edit 2 10x + y R
Problem V: Given v(x) = and w (x) and w (x) = 10x + 3, find (Vow)(x) and simplify. Question 5
find y if s is the midpoint of segment RT, T is midpoint of segment RU, RS = 6x+5, ST=8x-1, and TU=11y+13.
Problem V: Given v(x) = Sandw (x) = 10x + 3, find (vow)(x) and simplify. Question 5
2) Find the exact production elasticity of the production function Y= 10X - X^2, when X= 5.
Let f(x) = x² - 10x - 9. a. Find the value(s) of x for which the slope of the curve y = f(x) is 0. b. Find the value(s) of x for which the slope of the curve y = f(x) is - 2. a. The point(s) at which the slope of a tangent line is 0 is (Type an ordered pair. Use a comma to separate answers as needed.) b. The point(s) at which the slope of a...
6. Consider the function f(x) = x3 - 10x (a) (3 pts) Find f '(x) (b) (9 pts.) Find the intervals where f(x) is increasing/decreasing, and classify any local max/min. (c) (3 pts) Find f '(x) (d) (9 pts.) Find the intervals where f(x) is concave up/down and classify any inflection points. Using the information from parts a-d only, sketch the graph of y=f(x).