m4201205 m4201205

26-08-2022
Physics

Answered

A 0.20 kg object is attached to one end of an inelastic string of length 1.20 m. The object is whirled in a vertical circle as in Figure 2. If the speed of the object at point A is 3.60 m s determine the (a) tension in the string when the object is at point A. (b) speed and the tension of the object at point B. (c) speed and the tension of the object at point C. (d) speed and the tension of the object at point D.

A 020 kg object is attached to one end of an inelastic string of length 120 m The object is whirled in a vertical circle as in Figure 2 If the speed of the obje class=

Answer :

Other Questions

1. An objects position can be graphed as a function of time as seen on the right a. What is the net displacement of the object from t = 0s to t = 8s? b. What is

An objects position can be graphed as a function of time as seen on the right (Answer each question) 1. What is the net displacement of the object from t = 0s t

The graph represents the displacement of an object from its starting point as a function of time t. The object is traveling along a straight path. During which

which of the following describes the net force on an object? A. The sum of all forces acting on an objectB. The Gravitational force minus any contact forces on

An 700 ounce object is attached to a 500 ounce object by a strong thread. They hang together over a pulley as shown below. The 700 ounce object is raised 12 inc

An object is moving along a straight line. The graph shows the velocity of the object over time. Velocity (m/s) 11 10- 9. 3 2- 10 11 Time (s) During which time

A string can withstand a maximum tension of 0.9KN. A body of mass 400g is tied to 2m length of the string and swirled round. Calculate the maximum speed with wh

a cello string vibrates with a frequency of 64 Hz. if the wavelength of the waves in the string is 180cm, calculate the wave speed