The answer depends on how far the hill is from the location of the cannon.
The velocity at the top of the first hill was 21 m/s.
Yes. not no it is not
Yes, a boulder rolling down a hill has mass and velocity. Therefore, it has momentum because p = mv (momentum = mass x velocity).
Faith Hill is wearing clear braces in an effort to straighten her teeth.
Yes,It matters on Velocity, and Gravity
Faith Hill is wearing clear braces in an effort to straighten her teeth.
Momentum is the product of mass x velocity. At zero velocity, momentum will also be zero.
maybe if you calculate how tall the hill and multiply and divide velocity, speed, and height you may be able to go up a hill without acceleration if you think it is safe
Gary W Hill has written: 'Flood hydrology near Flagstaff, Arizona' -- subject(s): Runoff, Streamflow velocity
A hill is not a force, balanced or otherwise. According to Newton's Second Law, if there is any unbalanced force on an object, the object accelerates - its velocity changes.
The velocity may increase if the sledge is accelerating. The momentum will increase as it is related to the velocity. The kinetic energy will also increase.
A small sports car and a pickup truck start coasting down a 10.0 m hill together side by side Assuming no friction what is the velocity of each vehicle at the bottom of the hill Submit answer in ms?