Solve all parts Step by Step i have there Final answers. Need Correct Explanation for each question in an hour or before

Problems Bryce Harper hit a baseball from a height of 3-feet with an initial velocity of 157 1. Compute the following *-9 a. [v/sec at an angle of 23 with the horizontal. Write sentence answers for parts b-e. *-3 sin(x + 3) b. lim = + e2 arctan(x) (15-points) . Compute the derivative of the following functions a. f(x) = x* cos(3x) b. f(x) = arctan(x) - In(10)In(x) a.) Write the parametric equations of motions. 3. Compute x dx by using the definition of the definite integral as a LIMIT of Riemann Sums. Do not use anti-derivative formulas or fundamental theorem of calculus. 4. Compute the following. Then check your work by taking the appropriate derivative to receive full credit. a. 4 sec2 (x) + In(3) + 2 + 1) dx b. 5.12 cos (x) dx 5. Compute the following. xet +dx b. ( 5* - .1 4 + 2 ) dx 1 b.) Estimate how long the ball was in the air. Scanned with CamScanner 6. Complete both parts a. Compute lim _ ces (2+ 1) ). Note: the input of cosine s (2+ 21). b. A student daimed that 'sin(,x)dx = =e'sin(x)- c'cos(x) + C. Verity whether or not this is correct. Tell the student how they can check their work on their own without the using any technology 7. Let p bo the position of some particle, Its velocity is given by the formula v(1) = 3: -7, where r is measured in meters per s is measured in second's. c.) Estimate the maximum height of the ball. a. Find a formula ef given that the initial position of the particle is pic = 5 meters b. Find a formula for the particle at timer. C Find the displace ent of the particle over the time interval /0.KJ d. Find the total tance traveled by the particle over the time interval (0,8) 8. The graph of a car ous function fis giver: a A mate the ares under the curve y = /Cal froms = 2 to x = fi using two right endpoint Riemann w your approximations. Approximate the ares under the curvey' = f(x; fromx = ] to * = 6 using two left endpaint Riemann sums. In addition, draw your approximations. d.) Estimate how far the ball was thrown. 9. The graph of a continuous function fis given. Calculate foldx Problem 8 graph c.) Would the ball clear a 30 foot tall fence, 450 feet away from home plate? Answer the question with position information