It's based on Force on side wall , Archimedes Principle & Bouyancy
As the arrangement shown in the fig is released the
rod of mass M moves down into the water.
Friction is negligible and the string is inextensible
(a) Find the acceleration of the system w.r.t the
distance moved by each mass.
(b) Find the time required to completely immerse
the rod into water
Answers
It's based on Force on side wall , Archimedes Principle & Bouyancy
As the arrangement shown in the fig is released the
rod of mass M moves down into the water.
Friction is negligible and the string is inextensible
(a) Find the acceleration of the system w.r.t the
distance moved by each mass.
(b) Find the time required to completely immerse
the rod into water
Answer:
A frictionless, massless pulley is attached to the ceiling, in a gravity field of 9.81m/s^2. Mass M_2 is greater than mass m_1. The quantities T_n and g are magnitudes. (For each statement select T-True, F-False, G-Greater than, L-Less than, or E-Equal to.) Motion of Masses on a Pulley T_1+T_2 is .... T_3 T_1 is ... m_1 g The magnitude of the acceleration of M_2 is ... the magnitude of the acceleration of m_1. The center-of-mass accelerates. m_1g + M_2g is .... T_3 T_2 is ... T_1
Explanation:
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