Give scientific reasons:
Even though the magnitudes of action force and reaction force are equal and their directions are opposite, their effects do not get cancelled.

Give scientific reasons: Even though a heat is supplied to boiling water, there is no increase in its temperature.

Choose the correct options Action and reaction forces do not cancel each other because

The forces of action and reaction have the same…….. And opposite………

Complete the following paragraph: (Words given: chemical reactions, upward, downward, burns, compressed, fuel) Launching of a rocket is based on Newton's laws of motion. When the ......... in the rocket is ignited, it ......... as a result of ......... and the ......... hot gases are thrown out with a tremendous force in the ......... direction, through a small opening in the tail of the rocket. At the same time, the escaping gases exert an equal (in magnitude) and opposite (in direction force of reaction on the rocket in the......... direction. As this force is greater than the net downward force (in magnitude) due to gravity and air resistance, the velocity of the rocket increases as it moves upward.

Do centripetal and centrifugal force constitute action- reaction pair? Explain.

Give scientific reasons : The third period contains only eight elements even though the electorn capacity of the third shell is 18.

Answer the following questions: What do you understand by the forces of action and reaction.

Give scientific reasons: If we bring an object closer than 25 cm from the eyes, why can we not see it clearly even though it subtends a bigger angle at the eye?

Choose the correct options Consider following pair of forces of equal magnitude and opposite directions: (p) Gravitational forces exerted on each other by two point masses separted by a distance. (Q) Couple of forces used to rotate a water tap. ( R ) Gravitional force and normal force experienced by an object kept on a table. For which of these pair//pairs the two forces do NOT cancel each others's translational effect?

A rectangular loop is acted upon by two forces of same magnitude but opposite directions. The net force acting on the loop is