If action is always equal to the reaction, explain how a horse can pull a cart.

According to Newton's third law action is always equal to the reaction, a horse can pull a cart becase it applies a "…"

The rate of reaction is always equal to the rate constant. The order of the reaction. Will be

In the rate-limiting approximation for a two-step reaction, the overall rate of the reaction is always equal to the rate of the ……….. Step in the reaction mechanism.

Four situations I. A boy throws a ball up in the air and it falls freely on the ground. II. A horse pulls a cart and the cart moves forward. III. A can is opened with the help of an opener. IV. A magnet is demagnetized by hammering it. In which of the given situations is indirect application of force involved?

Four situations I. A boy throws a ball up in the air and it falls freely on the ground. II. A horse pulls a cart and the cart moves forward. III. A can is opened with the help of an opener. IV. A magnet is demagnetized by hammering it. In which of the given situations is indirect application of force involved?

Explain Action and reaction

Classify the following as motion along a straight line, circular oroscillatory motion: Motion of a horse pulling a cart on a straight road.

Explain with an example how a reflex action takes place.