Question

what is the dimensional formula of Universal Gravitation Constant ( G ) ??​

Answer 1

Answer: Dimensional formula for [G]=[M−1L3T−2].the Final answer is, the dimensional formula for universal gravitation constant is [M−1L3T−2].

Answer 2

Answer:-

$\text{ Gravitational force formula is given as,}$

$⇒F = \frac{GMm}{ {r}^{2} }$

ㅤㅤㅤㅤㅤㅤㅤOR

$⇒G = \frac{ {Fr}^{2} }{Mm}$

$\textbf{F = Gravitational force \: (kgms } {}^{ - 2} )$

$\textbf{G = Universal Gravitational Constant}$

$\textbf{M= Mass of bigger object(kg)}$

$\textbf{m = Mass of Smaller object(kg)}$

$\textbf{r = Distance between two objects</p><p>(m)}$

$⇒G = \frac{ {Fr}^{2} }{Mm}$

$⇒[G] = \frac{[ML {T}^{ - 1} ][ {L}^{2} ]}{[M][M]}$

$⇒[G] = [ {M}^{ - 1} {L}^{3} {T}^{ - 1} ]$

ㅤㅤㅤㅤㅤOR

Dimensional formula for [G]=[M−1L3T−2]. Final answer is, the dimensional formula for universal gravitation constant is [M−1L3T−2].

$\\ \\ \\ \\ \sf \colorbox{lightgreen} {\red★ANSWER ᵇʸɴᴀᴡᴀʙﷻ}$