Create a written algorithm or flowchart as directed by your instructor for the following problem.
Ask the user to enter a 1 × 5
The resulting 1 × 5 vector is:
1 2 3 4 5
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- You have 18 minutes for a solution. Please upload in 17 minutes, even if the solution is not finished, no matter where you solve it.arrow_forwardUsing graphical method solve this problem: Suppose you first walk A in a direction of B west of north then C in a direction D south of west. You rest for 20 minutes and started to compute the distance you traveled. Take A, B, C and D found in the table below. (You may use scale such as 1cm = 2m in your drawing) A. Sketch the problem in a Cartesian plane. B. How far are you from your starting point, and what is the compass direction of a line connecting your starting point to your final position (resultant R)? C. What is the angle between AC ? D. What is the angle between your first walk A to the resultant R?arrow_forwardUsing graphical method solve this problem: Suppose you first walk A in a direction of B west of north then C in a direction D south of west. You rest for 20 minutes and started to compute the distance you traveled. Take A, B, C and D found in the table below. (You may use scale such as 1cm = 2m in your drawing) A. Sketch the problem in a Cartesian plane. B. How far are you from your starting point, and what is the compass direction of a line connecting your starting point to your final position (resultant R)?arrow_forward
- My professor said that I need to use the numbers as shown on the picture and make the exact graph that is also shown on the picture. But I don’t know how to put this in to MATLAB. Please send the code that makes the graph that is shown in the picture. Make it 100% exactly the same.arrow_forwardhi ive have nearly completed this model but i am stuck on a couple last parts. Firstly, the holes on the top need to be placed 30 degrees from the y axis as shown in the handout but also the middle part is meant to have triangular "supports" rather than rectangular and im not sure how to cut them down. This is in autodesk inventor but any help here would be appreciated Once again just the top holes being moved 30 degrees and the support being cut down to the triangular shape shown in the handoutarrow_forwardUse MATLAB, please make sure you use the numbers on the picture to make the graph that is also on the pictures. Make an exact copy of that graph and make sure that it runs on MATLAB, please send the code and a screenshot of the graph to show that it works. I need help with this.arrow_forward
- I have uploaded many times this question. Please solve it.arrow_forwardYou are recently promoted as the chief traffic management officer of a major city in the country. Based on recent data, you learned that one of the leading causes of road accidents is over speeding.In your desire to minimize road accidents, you went out to observe how traffic management rules are implemented on the streets. Your attention was caught by a fast - moving car that seemed to be breaking the speed limit of 100 kilometers per hour(km/hr.), and so you followed it along the highway. After a short time, the driver of the car noticed you and started to slow down. Eventually, he stopped on the side of the road. Supposed the speed of the car had been noted during this time and is modeled by the quadratic equation y = 3x² + 17x - 20, where y represents the speed of the car in km/hr. and x represents the number of minutes after you started following the car. How long did it take for the car to be under surveillance before it could finally stop on the side of the road? Did the driver…arrow_forwardplease write a matlab codearrow_forward
- How do I input this code into MATLAB to solve this problem? Thanks!arrow_forwardPlease help, this for Matlab the image is the first question with following 2 and 3 they go together. 2. Solving the question by using bisection.m with the stopping criterion at 1%. Report the root and # of iterations. 3. by using newton-Raphson matlab script with the stopping criterion at 0.1%. Report the root and # of iterations.arrow_forwardMake the graphs shown on the picture exactly the same. Follow the directions in the other picture. Please make the graphs look exactly the same as the picture. Make them on MATLAB, please send code.arrow_forward
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