A cube of edge length floats on water, oscillating up and down. Initially at the position of the body was and the velocity was where denotes the vertical difference in the position of the cube from the equilibrium point What is the velocity of the body at
Assumptions and Details
As illustrated in the above diagram, a body of mass attached to a spring with spring constant is oscillating on a frictionless floor. Initially at the position of the body was and the velocity was where denotes the difference in the length of the spring from its original length.
What is the position of the body at
A cube of edge length floats on water, oscillating up and down. Initially at the position of the body was and the velocity was where denotes the vertical difference in the position of the cube from the equilibrium point What is at
Positive sign of means downward direction.
Ignore any friction.
The density of water is
The gravitational acceleration is
As illustrated in the above diagram, a body of mass attached to a spring with spring constant is oscillating on a frictionless floor. Initially at the position of the body was and the velocity was where denotes the difference in the length of the spring from its original length. What is the velocity of the body at
A body of mass is oscillating on two identical springs with spring constant as shown in the above diagram, where denotes the downward difference from the equilibrium point Initially, the difference of the body was and the velocity was What is the position of the body at
Assumptions and Details