In non-inertial frame, the second law of motion is written as $F = ma - F_{p}$
where $F_{p}$ is pseudo force while a is the acceleration of the body relative to non-intertial frame.

Question

In non-inertial frame, the second law of motion is written as

F = ma - F_{p}

where

F_{p}

is pseudo force while a is the acceleration of the body relative to non-intertial frame.

Tardigrade Admin · Accepted Answer

In non-inertial frame, the second law of motion is written as F=ma-Fp where Fp is pseudo force while a is the acceleration of the body relative to non-intertial frame.

Q. In non-inertial frame, the second law of motion is written as Where $F_{p}$ is pseudo-force while a is the acceleration of the body relative to non-inertial frame.

$F = ma$

$F = ma + F_{P}$

$F = ma - F_{P}$

$F = 2 ma$

In non-inertial frame, the second law of motion is written as $F = ma - F_{p}$
where $F_{p}$ is pseudo force while a is the acceleration of the body relative to non-intertial frame.

Q. In non-inertial frame, the second law of motion is written as Where Fp​ is pseudo-force while a is the acceleration of the body relative to non-inertial frame.

F=ma

F=ma+FP​

F=ma−FP​

F=2ma

In non-inertial frame, the second law of motion is written as F=ma−Fp​ where Fp​ is pseudo force while a is the acceleration of the body relative to non-intertial frame.

Q. In non-inertial frame, the second law of motion is written as Where $F_{p}$ is pseudo-force while a is the acceleration of the body relative to non-inertial frame.

$F = ma$

$F = ma + F_{P}$

$F = ma - F_{P}$

$F = 2 ma$

In non-inertial frame, the second law of motion is written as $F = ma - F_{p}$
where $F_{p}$ is pseudo force while a is the acceleration of the body relative to non-intertial frame.