Physics equations/06-Uniform Circular Motion and Gravitation/Q:derive/Testbank

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Uniform circular motion proof
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 * This document contains either a study guide OR pairs of exams taken from the same exam bank:
 * If two exams have the same s-number, then v1 and v2 have the same questions, presented in different (random) order.
 * Exams with different s-numbers have different questions and may not have the same difficulty.
 * Click items in the table of contents and appropriate page should be reached. This feature should allow you to print only those pages that you need.


 * At the end of this document:
 * Attribution for the quizzes identifies where the questions were obtained
 * Study guide links reading materials and/or relevant equations.

Uniform circular motion proof-v1s1
1.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

2.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

3.  Is $$dv=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

4.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

5.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

6.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

7.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

8.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

9.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

10.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

11.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

12.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

13.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

14.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

Key to Uniform circular motion proof-v1s1
1.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

2.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

3.  Is $$dv=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

4.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

5.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

6.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

7.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

8.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

9.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

10.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

11.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

12.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

13.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

14.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

Uniform circular motion proof-v2s1
1.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

2.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

3.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

4.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

5.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

6.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

7.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

8.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

9.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

10.  Is $$dv=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

11.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

12.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

13.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

14.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

Key to Uniform circular motion proof-v2s1
1.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

2.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

3.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

4.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

5.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

6.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

7.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

8.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

9.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

10.  Is $$dv=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

11.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

12.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

13.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

14.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

Uniform circular motion proof-v1s2
1.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

2.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

3.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

4.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

5.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

6.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

7.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

8.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

9.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

10.  Is $$dv=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

11.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

12.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

13.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

14.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

Key to Uniform circular motion proof-v1s2
1.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

2.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

3.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

4.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

5.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

6.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

7.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

8.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

9.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

10.  Is $$dv=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

11.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

12.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

13.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

14.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

Uniform circular motion proof-v2s2
1.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

2.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

3.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

4.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

5.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

6.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

7.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

8.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

9.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

10.  Is $$dv=adt$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

11.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

12.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

13.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

14.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * ___ a) Yes


 * ___ b) No

Key to Uniform circular motion proof-v2s2
1.  Is $$dv=|\vec v_2|-|\vec v_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

2.  Is $$d\ell=vdt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

3.  Is $$rd\ell=vdv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

4.  Is $$v/d\ell=r/dv$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

5.  Is $$|d\vec v|=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

6.  Is $$dv/d\ell=v/r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

7.  Is $$dv/d\ell=r/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

8.  Is $$d\ell=|\vec r_2-\vec r_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

9.  Is $$d\ell/dv=v/r$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

10.  Is $$dv=adt$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

11.  Is $$adt/v =vdt/ r$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No

12.  Is $$dv/r=d\ell/v$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

13.  Is $$d\ell=|\vec r_2|-|\vec r_1|$$ valid for uniform circular motion?
 * - a) Yes


 * + b) No

14.  Is $$dv=|\vec v_2-\vec v_1|$$ valid for uniform circular motion?
 * + a) Yes


 * - b) No


 * Attribution (for quiz questions) under CC-by-SA license
 * https://en.wikiversity.org/w/index.php?title=Physics_equations/06-Uniform_Circular_Motion_and_Gravitation/Q:derive&oldid=1411691
 * Study guide
 * Physics_equations