**Race Scenario Analysis**In a competitive race involving a horse and a squirrel, participants travel over a 1.90 km long course. The horse moves at a rapid speed of 19.0 m/s, while the squirrel progresses at 3.30 m/s. Initially, the horse covers a distance of 1.520 km before halting to taunt the slower-moving squirrel. The squirrel eventually overtakes the horse, prompting the horse to resume its journey towards the finish line. Remarkably, both the horse and the squirrel cross the finish line simultaneously. For the purposes of this scenario, assume that both animals maintain a consistent speed whenever they are in motion.**Questions for Consideration:**(a) **Distance from Finish Line** - **Question:** How far (in meters) is the squirrel from the finish line when the horse resumes the race? - **Input Box:** An input field is available for submitting the numerical answer.(b) **Stationary Duration of the Horse** - **Question:** For how long (in seconds) was the horse stationary? - **Input Box:** An input field is provided for entering the duration time.**Graph/Diagram Explanation:**There is no graph or diagram included in the image; however, the text details a sequential race scenario for problem-solving.

a) Let the squirrel be x meters from the finish line when horse again resumes the race. At this moment, horse is 1.9-1.520 =0.38 km = 380 meters from the finish line. From here both take equal time to reach the finish line. Hence time of horse = time of squirrel38019=x3.3x=38019×3.3=66 m Hence the squirrel is 66 m from the finish line.b) Total time of the race = time taken by squirrel =19003.3 seconds Hence the total time the horse was standing = total time of the race- the time the horse was moving =19003.3-(time taken by horse to reach 1.52 km + time taken by horse to cover second half of race)=19003.3-(152019+38019)=1570033=475.758 seconds

Science

Physics

A horse and a squirrel participate in a race over a 1.90 km long course. The horse travels at a speed of 19.0 m/s and the squirrel can do 3.30 m/s. The horse runs for 1.520 km and then stops to tease the slow-moving squirrel, which eventually passes by. The horse waits for a while after the squirrel passes and then runs toward the finish line. Both animals cross the finish line at the exact same instant. Assume both animals, when moving, move steadily at their respective speeds. (a) How far (in m) is the squirrel from the finish line when the horse resumes the race? i Enter a number. r'animal resumes the race, they both travel for the same amount of time to the end of the race. How far does the faster animal travel during this time? If we represent the distance the slower animal has traveled by D, how far does the slower animal travel? m (b) For how long in time (in s) was the horse stationary? S

A horse and a squirrel participate in a race over a 1.90 km long course. The horse travels at a speed of 19.0 m/s and the squirrel can do 3.30 m/s. The horse runs for 1.520 km and then stops to tease the slow-moving squirrel, which eventually passes by. The horse waits for a while after the squirrel passes and then runs toward the finish line. Both animals cross the finish line at the exact same instant. Assume both animals, when moving, move steadily at their respective speeds. (a) How far (in m) is the squirrel from the finish line when the horse resumes the race? i Enter a number. r'animal resumes the race, they both travel for the same amount of time to the end of the race. How far does the faster animal travel during this time? If we represent the distance the slower animal has traveled by D, how far does the slower animal travel? m (b) For how long in time (in s) was the horse stationary? S

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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Distance and Speed

The speed, distance and time relation forms the basis of study of motion. You will need these concepts in the study of Mechanics. This concept is applicable for students who are studying the following courses –

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**Race Scenario Analysis**

In a competitive race involving a horse and a squirrel, participants travel over a 1.90 km long course. The horse moves at a rapid speed of 19.0 m/s, while the squirrel progresses at 3.30 m/s. Initially, the horse covers a distance of 1.520 km before halting to taunt the slower-moving squirrel. The squirrel eventually overtakes the horse, prompting the horse to resume its journey towards the finish line. Remarkably, both the horse and the squirrel cross the finish line simultaneously. For the purposes of this scenario, assume that both animals maintain a consistent speed whenever they are in motion.

**Questions for Consideration:**

(a) **Distance from Finish Line**
- **Question:** How far (in meters) is the squirrel from the finish line when the horse resumes the race?
- **Input Box:** An input field is available for submitting the numerical answer.

(b) **Stationary Duration of the Horse**
- **Question:** For how long (in seconds) was the horse stationary?
- **Input Box:** An input field is provided for entering the duration time.

**Graph/Diagram Explanation:**

There is no graph or diagram included in the image; however, the text details a sequential race scenario for problem-solving.

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