# Quick physics double check question

• Melchior25
In summary, when riding in a chair on a ferris wheel at constant speed and at the 3 o'clock position moving upward (counterclockwise), the total force exerted on you by the chair is straight upward and your acceleration vector is pointed in a direction both upward and inward toward the center of the ferris wheel.
Melchior25

## Homework Statement

You are riding in a chair on a ferris wheel at constant speed. When you are at the the 3 o'clock position and moving upward (counterclockwise), which of the following statements must be true.

True The total force exerted on you by the chair is straight upward.
False The total force exerted on you by the chair is in a direction both upward and
inward toward the center of the ferris wheel.
False The total force exerted on you by the chair is in a direction both upward and
outward away from the center of the ferris wheel.
False Your acceleration vector is pointed directly toward the center of the ferris wheel.
True Your acceleration vector is pointed in a direction both upward and inward toward
the center of the ferris wheel.
False Your acceleration vector is pointed in a direction both downward and inward
toward the center of the ferris wheel.

Could someone just check my answers and let me know if I got them right.
Thanks

You are in uniform circular motion. Your only acceleration is inwards towards the center of the ferris wheel. Isn't it?

Your answers are correct. When riding on a ferris wheel at a constant speed, the total force exerted on you by the chair is always pointing towards the center of the wheel, which is also the direction of your acceleration vector. This is because the centripetal force (the force that keeps you moving in a circular motion) is always directed towards the center of the circle. Therefore, the statements that are true are:
- The total force exerted on you by the chair is straight upward.
- Your acceleration vector is pointed in a direction both upward and inward toward the center of the ferris wheel.

## 1. What is "Quick physics double check question"?

"Quick physics double check question" refers to a question that involves checking or verifying a physics concept or calculation in a timely manner.

## 2. Why is it important to double check physics?

Double checking physics is important because it helps ensure accuracy and reliability in scientific research and experimentation. It also helps identify and correct any errors or mistakes that may have been made.

## 3. What are some common areas of physics that may require double checking?

Some common areas of physics that may require double checking include calculations involving equations, measurements, and experimental data. Additionally, concepts such as conservation of energy and momentum may also benefit from double checking.

## 4. How can I effectively double check a physics question?

To effectively double check a physics question, it is important to have a strong understanding of the underlying concepts and equations involved. It may also be helpful to work through the problem using different methods or approaches and compare the results. Additionally, seeking assistance from a peer or instructor can also aid in double checking.

## 5. Is double checking physics always necessary?

While double checking physics is generally recommended, it may not always be necessary in certain situations. For example, if a calculation or concept has been thoroughly checked and verified by multiple sources, it may not require additional double checking. However, it is always better to err on the side of caution and double check when in doubt.

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