S. Given i-0.3 sin a, determine /at aso 6. The time required to complete one rev

Question

S. Given i-0.3 sin a, determine /at aso 6. The time required to complete one revolution is equal to the Period (T 7. Since is typically provided in radians per second, the angle g obtained s. The velocity with which the radius vector rotates about the center is the of the sinusoidal waveform? using gawt is usually in radians? sinusoidal waveform? Multiple choice 9. If g is required in degrees the following equation must be used? a. Degrees-(180'/m) X (radians) b. Degrees-( /180°) x (radians) Radians( /180°J X (degrees) 10. The sinusoidal waveform can be derived from the length of the a. Sinusoidal wavefornm b. Circular motion c. Vertical projection

Explanation / Answer

6.True

7. True ,if is to be shown in form of degres then by using the formula we can convert by

Degrees = (180/) X radians

8 .False, The velocity with which radius vector rotates about the center is called Angular Velocity

    Angular Velocity = Distance(degrees or radians)/Speed

9. a , if to be written in form of degrees then by using the formula we can convert by

Degrees = (180/) X radians

10.C,Vertical Projection

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