Find the value of dy when x=3 and dx= 0.01 for f(x)= 5x2-3. Compare this with...
Let y=5x2+7x+3 Find the differential dy when x=2 and dx=0.4 Find the differential dy when x=2 and dx=0.8
3. Find the values of dy and Ay for y = 2x2 + x - 3 when x = 2 and Ax=dx=-0.03 Ay = f (x+ Ax) - S (x) and dy = f'(x) dx Go to four decimal places.
10. Given: f(x) = (x2 + 3x) a) Find dy = f'(x)dx b) Evaluate dy when x = 2 11. Approximate 52 using f(x+ Ax) = f(x) + f (x)Ar and dec = 0.02
This Question: 1 pt For y = f(x)=2x-1, x= 3, and Ax=2 find a) Ay for the given x and Ax values, b) dy = f'(x)dx, c) dy for the given x and Ax values a) Ay = || (Round to four decimal places as needed b) dy = f'(x)dx= ( ) ox Bound to two decimal places as seeded
11. [-18.34 Points] DETAILS LARCALC11 3.9.013. Use the information to find and compare Ay and dy. (Round your answers to three decimal places.) y = 0.4x4 x = 1 Ax = dx = 0.1 Ay dy
Compute Ay and dy for the given values of x and dx - Ax. (Round your answers to three decimal places.) y - 2x - x2, x-2, Ax - -0.4 Ay - dy - Sketch a diagram showing the line segments with lengths dx, dy, and Ay. у 31 2 23- dy wy sy dy - 1 3 -1 a o -1 2 2 dy dy ay -1
For y = f(x) = x - 2x + 4, find dy and Ay, given x = 5 and Ax = 0.2 dy = (Type an integer or a decimal.)
Consider the following initial value problem: dy = sin(x - y) dx, y(0) 1. Write the equation in the form ay = G(ax +by+c), dx where a, b, and c are constants and G is a function. 2. Use the substitution u = ax + by + c to transfer the equation into the variables u and x only. 3. Solve the equation in (2). 4. Re-substitute u = ax + by + c to write your solution in terms...
dy dx Find when x = 3 and = -2, given that x2 + y2 = 35. dt dt dy (Round to two decimal places as needed.)
Compute Ay and dy for x 4 and dx Ax=-0.05. (Round the answers to three decimal places.) y 4x- x2 dy Ay