Test yourself by taking a test..

[Hoshino]

man...

I'll forgive if you solve one of the physics questions.

 

[Deleted member 172779]

Well. My three-layer memory did very well, unexpectedly. Aside from studying in YouTube, thanks to Mark Robert, Real Engineering, Mustard, and Branch Education.

 

[Ssthat]

I'll forgive if you solve one of the physics questions.

Alr hold up

1. An object in motion stays in motion unless acted on by another force. An object at rest tends to stay at rest.
2. Velocity is the change in distance/displacement. Acceleration is the change in velocity.
3. ΣF = ma?
4. Acceleration equals change in velocity over change in time, 4 m/s2
5. Man I hate waves, the period is the time it takes to go the equivalent of a full rotation? No idea about the equation lol
6. Energy is conserved, work is energy applied to a system. A block is sliding across the floor, and it has a certain energy as it does. The friction puts in work on the block, reducing its energy until it reaches 0.
7. Moment of inertia is the objects “resistance” to rotation, similar to mass in translational motion. As for its role, it’s in the equations
8. All I remember is acceleration due to gravity
9. Who tf is maxwell
10. As an object approaches the speed of light, its mass approaches infinity.

is that enough lol

 

[Hoshino]

Alr hold up

1. An object in motion stays in motion unless acted on by another force. An object at rest tends to stay at rest.
2. Velocity is the change in distance/displacement. Acceleration is the change in velocity.
3. ΣF = ma?
4. Acceleration equals change in velocity over change in time, 4 m/s2
5. Man I hate waves, the period is the time it takes to go the equivalent of a full rotation? No idea about the equation lol
6. Energy is conserved, work is energy applied to a system. A block is sliding across the floor, and it has a certain energy as it does. The friction puts in work on the block, reducing its energy until it reaches 0.
7. Moment of inertia is the objects “resistance” to rotation, similar to mass in translational motion. As for its role, it’s in the equations
8. All I remember is acceleration due to gravity
9. Who tf is maxwell
10. As an object approaches the speed of light, its mass approaches infinity.

is that enough lol

I forgive you.



Grading / Feedback

• 1: Correct (Full Credit)
• 2: Partially Correct (Half Credit)
• 3: Correct (Full Credit)
• 4: Partially Correct (Half Credit)
• 5: Partially Correct (Half Credit)
• 6: Correct (Full Credit)
• 7: Partially Correct (Half Credit)
• 8: Too Vague (No Credit)
• 9: Incorrect (No Credit)
• 10: Partially Correct (Half Credit)

Total Score:​

Out of 10 questions, 5 are correct, 4 are partially correct, and 1 is incorrect. The approximate score is 7/10 or 70%.


Out of total test you get 35/100 marks

You fail!

 

[Ssthat]

I forgive you.



Grading / Feedback

• 1: Correct (Full Credit)
• 2: Partially Correct (Half Credit)
• 3: Correct (Full Credit)
• 4: Partially Correct (Half Credit)
• 5: Partially Correct (Half Credit)
• 6: Correct (Full Credit)
• 7: Partially Correct (Half Credit)
• 8: Too Vague (No Credit)
• 9: Incorrect (No Credit)
• 10: Partially Correct (Half Credit)

Total Score:​

Out of 10 questions, 5 are correct, 4 are partially correct, and 1 is incorrect. The approximate score is 7/10 or 70%.


Out of total test you get 35/100 marks

You fail!

I tried lol that was pretty fun