Problem 7 Marker Drop Marc is standing at the top of the John Muir building and drops a red marker. A time to later, he drops a second blue marker. (a) Sketch a position plot with both markers on it. Also, sketch a velocity plot with both markers on it. (b) Use your plots to answer the following two questions: (i) Does the distance between the markers change (once the second marker is dropped)? If so, does it increase or decrease with time? (i) Does the difference in speed betwen the markers change (once the second marker is dropped)? If so, does it increase or decrease with time? (c) Find the distance between the markers at t = to and t = 2to. (d) Find the difference in speed of the markers at t = to and t = 2to.

Can i please get help with. Apologies if this is too many questions at once. Please answer where possible and let me know if i need to post other questions as a seperate questions, thanks ! Draw a vector diagram of Moana’s journey, and find the magnitude of ther displacement from Taiaroa Head et the end of each of the three legs Sketch the speed of the albatross as a function of time during this leg, and identify which features on the graph correspond the bird’s displacement and acceleration. What is her acceleration at time t=1 hr? Your answer can be in units of km hr-2. How long, in hours and minutes, does it take for Moana to complete the third leg?

his time, it's your turn to solve the next problem. Problem 2 An arrow is launched at a velocity of 20 m/s in a direction making an angle of 25 upward with the horizontal. 10 b. hun c. Compute for maximum height to be reached by the cannon ball.

Let's Appraise A trekker walks 5.0 km North [N] and then 8.0 km South [S] for 3.0 hours. Determine the trekker's: 1. Average velocity a. b. Average speed A car's velocity is at 100 km/h going North [N}for 1.0 hour. The car continues to move for another 2.0 hours at 82 km/h South [S]. Determine the car's: 2. Total displacement a. b. Moving average velocity C. Total distance covered d. Moving average speed f dictance and time.

Chapter 3 learning guidelines

II. Problem Solving: Solve what is asked in the given problems using analytical method. Show complete process and box your final answer. 1. A particle is moving at 5.00 m/s, east and then 8.00 m/s, southwest, what is the resultant velocity of the particle. 2. A truck driver travels 10.00 km, west, 3.00 km, south, and 5.00 km, 60° north of west. Find the truck's displacement from the starting point. 3. A surveyor walks 5.00, east then 10.00 km, 30° north of east, and continues walking in an unknown displacement. He finds himself 13.66 km, east of his starting point. Find his unknown displacement. 4. An airplane trip involves three legs, with two stopovers. The first leg is due east for 620 km, the second leg is southeast for 440 km, and the third leg is at 53 ° south of west for 550 km. What is the plane's total displacement?

Can i have the answer to this problems with solutions Thank You!

Eguce 1) shows the motion dagram for a horse galloping in one direction along a straight path. Only the test dot is labeled the rest show the horse's poston every 15 Figure 50 150 O 0- 250 Ho 350 ● 450 ● 550 0. 630 Part A Using the usual convention for direction, what is the horse's average locity i galop? Express your answer using three significant figures and include the appr View Available Hints) Submit Bene Constant Value Units ? Units input for part A

Needs Complete typed solution with 100 % accuracy.   Otherwise skip if you can't give complete solution.

Please help now I really need it,  thank you. Round off the final answer to 3 decimals. Thank you.