I need help with this **Velocity vs Time Graph Analysis**In this exercise, we'll explore how the area under a velocity vs time graph correlates to the distance traveled along a straight line:**Key Concepts:**- **Displacement** = final position - initial position- **Distance**: The actual path traveled.- **Average velocity formula**: \[ \text{Average velocity} = \frac{\text{displacement (distance traveled along a straight line)}}{\text{given time interval}} \]- **Velocity and distance formulas**: \[ v = \frac{a}{t} \] \[ d = vt \]**Instructions for the Activity:**1. Set the initial position of the man at -10.0 m, the velocity at 5 m/s, and the acceleration at 0.0.2. Run the simulation until the Moving Man reaches the wall.3. Calculate the area under the velocity curve at the +10 m mark. This area will be between the velocity curve and the horizontal time axis.**Illustrative Screenshot Description:**The simulation shown in the screenshot features a graph with time on the horizontal axis (x-axis) and velocity on the vertical axis (y-axis). The Moving Man simulation is visually represented beside the graph. A line graph extends from the vertical axis, reflecting changes in velocity over time.**Worksheet Questions:**a. What was the distance covered? _______ mb. What is the area under the velocity curve? _______ mc. What was the displacement of the man? _______ md. What was the speed of the man? (Remember speed = distance traveled/given time interval) _______ m/se. What was the velocity of the man? (Remember velocity = displacement/given time interval) _______ m/s and direction (if any) _______This exercise helps visualize the relationship between graphical area and physical distance, enhancing comprehension of velocity-time dynamics.

a. The distance covered is given by Initial point = - 10 m final point = 10 m Distance = 10 + 10…

may heip you calculate the area). Insert below a screen shot of the simulation for above description and your worksheet which shows how you obtain final answer for each question Chats 39 seconds Velocity 120- a. What was the distance covered? m b. What is the area under the velocity curve? m c. What was the displacement of the man? m d. What was the speed of the man? (Remember speced distance traveled/given time interval) m/s e. What was the velocity? (Remember velocity = displacement/given time interval) m/s and direction (if any)

may heip you calculate the area). Insert below a screen shot of the simulation for above description and your worksheet which shows how you obtain final answer for each question Chats 39 seconds Velocity 120- a. What was the distance covered? m b. What is the area under the velocity curve? m c. What was the displacement of the man? m d. What was the speed of the man? (Remember speced distance traveled/given time interval) m/s e. What was the velocity? (Remember velocity = displacement/given time interval) m/s and direction (if any)

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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