Question 1
What is the distance traveled by an electron along a circular path with a radius of 2.5 nm with an angular displacement of 2 radians?
Question 2
If a disk rotates at 300 revolutions per second, what is the corresponding frequency?
Question 3
If a satellite has an orbital radius of 42,000 km, what is the circumference of its circular path?
Question 4
What formula is used to calculate the arc length in uniform circular motion?
Question 5
What is the key relationship between distance, speed, and time in circular motion?
Question 6
Given a time period (T) of 24 hours, what is its equivalent in seconds?
Question 7
How do you convert an angular displacement of 40 degrees to radians?
Question 8
What is the formula to convert the diameter of a disk in centimeters to the radius in meters?
Question 9
What is the angular displacement in radians when an object moves through an angle of 90 degrees?
Question 10
What is the formula to calculate the circumference of a circular path in circular motion?
Question 11
What is the speed formula for a satellite in a circular orbit?
Question 12
What is the definition of uniform circular motion?
Question 13
How is frequency represented in terms of rotations per second?
Question 14
If the radius of an orbit is 1.5 nanometers and the angular displacement is 0.70 radians, what is the arc length?
Question 15
How do you calculate the speed at the edge of a rotating disk given its frequency and radius?