The density of things that sink is greater than the density of water. In the metric system, this would be 1 gram per cm3, so the measure of the mass of the sinking object (in grams) should be greater than the measure of its volume (in cm3).
The shape would effect resistance,
the mass would not be the major factor, but its density (in respect to water) would be a major factor.
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Mass affects the density of a object which therefore affects the floating and sinking of it
The object opposes the air and while falling of the object the initial velocity will become zero , and the final velocity will have some value's this is how air will resist the velocity of falling object ...........
No. The rate of change of an object's velocity depends only on the forces acting on it.
Resistance (newtons) = velocity( in m/s)2 * drag coefficient of the object
terminal velocity is the final maximum velocity of a falling object.
Mass affects the density of a object which therefore affects the floating and sinking of it
The object opposes the air and while falling of the object the initial velocity will become zero , and the final velocity will have some value's this is how air will resist the velocity of falling object ...........
Gravity and friction.
No. The rate of change of an object's velocity depends only on the forces acting on it.
Resistance (newtons) = velocity( in m/s)2 * drag coefficient of the object
No, As long as you can see if the object is floating or sinking, then the amount of water does not matter
terminal velocity is the final maximum velocity of a falling object.
If the group of forces on an object is unbalanced, then the object can't have constant velocity. Its speed or the direction of its motion must change.
friction and gravity
That depends on the exact situation. If there is an interaction with other charges, this can cause the object to acceleration (basically, change its velocity), and the greater the object's charge, the faster its velocity will change.
By finding its mass and Velocity
work is the product of force and displacement As velocity is rate of change of displacement, so yes, velocity does effect work.