Use the quotient rule to find the derivative of the function. p(t) = 2t - 1...
10. (-/6.25 Points] DETAILS LARCALC11 2.R.037. Use the Product Rule or the Quotient Rule to find the derivative of the function. y = 4x sec(x) 11. [-76.25 Points] DETAILS LARCALC11 2.R.050. Find the second derivative of the function. h() = 18 cos(t) - 17 sin(t) h"(t) =
1120 Page 1 of 1. Find the derivative of the function y = + + x2 using (a) the quotient rule (b) the product rule (without using the quotient rule) (c) the power rule (without using the product rule or quotient rule) For cach, clearly show and/or explain how to use the respective rule to find the derivative. (d) Which method, (a), (b), or (e), do you think is best for finding this derivative? Why?
This Question: 5 pts 13 of 20 (5 complete) Use the quotient rule to find the derivative of the given function. Then find the derivative by first simplifying the function. Are the results the same? 5w-W h(w) = w What is the immediate result of applying the quotient rule? Select the correct answer below. O A. (1562-1)(w)+ (5wº - w) (1) w(15w2 - 1) - (5w-w) (1) OB O c. 10w OD. 5w2-1 What is the fully simplified result of...
Use the Quotient Rule to calculate the following derivative for f(x) = 1x + x (Use symbolic notation and fractions where needed.)
please show step by step , thank you ! Find without using the quotient rule; rather, rewrite the function by using a negative exponent and then use the product rule and the general power rule to find the derivative. 22 +1 (x + 2) Preview
3. Find the derivative using the quotient rule. 2e* f(x) = x-1 4. Let u and y be differentiable functions of x. Find the value of the indicated derivative using the given information. Pay careful attention to notation. du Find dx v at x =1 if u(1) = 3, u'(1)=-5, v(1)=7, v'(1)=-3
Consider the following. 7 g(t) = 846 Find the first derivative of the function. g'(t) = Find the second derivative of the function. g"(t) = X Use the General Power Rule to find the derivative of the function. 1 y = 3 (8 - x3,8 y' = Find the derivative of the function. 3 8x 5 Y= 뉴 4-X y =
Solve these two problems. Use the product rule to show that t-derivative of the complex-valued function f(t) = eat (cos bt + i sin bt) = e(a+bi)t is the function f(t) multiplied by a + bi. Use the previous result to find integration formulas for the real and imaginary parts of ſ f(t)dt.
1. (-/1 Points] DETAILS BERRAPCALCBR7 2.4.005. Find the derivative of the function by using the Product Rule. Simplify your answer. f(x) = x (x + 1) F"(x) = Submit Answer 2. [-/1 Points] DETAILS BERRAPCALCBR7 2.4.017. Find the derivative of the function by using the Product Rule. Simplify your answer. F(X) = (7x + 4)(1 = x) f'(x) = 3. [-/1 Points) DETAILS BERRAPCALCBR7 2.4.035. Find the derivative of the function by using the Quotient Rule. Simplify your answer. f(x)...
Find the derivative of the function. F(x) = x – 5x V x √x (a) Simplify the function to the point where you will not need the Product or Quotient Rule (b) Use the part a), find the derivative of the function. F'(x) =