Carts A and B are identical in all respects before the colli…

Carts A and B are identical in all respects before the collision.   Diagram (i): Cart A starts from rest on a hill at a height h above the ground. It rolls down and collides “head-on” with cart B which is initially at rest on the ground. The two carts stick together.   Diagram (ii): Carts A and B are at rest on opposite hills at heights h/2 above the ground. They roll down, collide “head-on” with each other on the ground and stick together.          Which of the following statements is true about the two-cart system just after the carts collide in the two cases?   Just after the collision,

**Extra Credit – up to 5 points** Will need to be documented…

**Extra Credit – up to 5 points** Will need to be documented in video of HonorLock before closing the exam to earn full credit.   The concentration C, in nanograms per milliliter, ng/mL , of a medication in the body t hours after treatment is given by the function

**Partial Credit Problem**  (8 points total) Will need to be…

**Partial Credit Problem**  (8 points total) Will need to be documented in video of HonorLock before closing the exam to earn full credit.   For a given company the cost function is given by   thousand dollars where x is in thousands of units produced.    In completing the problems use calculus techniques to support your solutions to receive full credit, including the first or second derivative test.  A graphing calculator can be used as a check, however please show the calculus steps to receive any credit.  Answer the following (round answers to three decimal places where applicable and include units). 1) Determine the number of units that must be produced to minimize costs.   2)What is the minimum cost?  To earn credit provide the answers in the box provided below. Do not type supporting work, only final answers. All required support work is to be included in the file submitted after the exam.  This is a partial credit problem.  Clearly label and work this problem out on the paper used for submission.  The work is to be included in the handwritten support work you are creating for this exam and documented at the end of the exam in HonorLock as demonstrated in the video posted in our course Canvas site.  Additionally,  it is required to be part of the submitted file uploaded within 10 minutes after completion of the exam.  

For a function we have the following table of values: x…

For a function we have the following table of values: x 4.90 24.9 4.99 24.99 4.999 24.999 5.00 ?  5.001  111,000 5.01 1100 5.10 11 1) Using the table of values what are best approximations for the one-sided limits?   The left-sided limit,  

We want to collect, in a file named allscripts.txt, the list…

We want to collect, in a file named allscripts.txt, the list of all the Bash scripts on our system that we can read. To this end, we plan on using the fact that every bash script contains a line that reads “#!/bin/bash”. We are not going to check whether this text occurs on the first line and consider it a match if it occurs anywhere in a file. We do not want the screen to be flooded with error message for each folder or file that we try to read without proper permission.