Question

Check the correctness of formula,t=√pr^3/T
t=time period,p=density,r=radius,T=force of surface tension

Answer 1

Explanation:

Explanation:We know ForceF=mass×acceleration----------(1)

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF=

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= r

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma=

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= r

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2 L

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2 L −1

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2 L −1

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2 L −1 MLT

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2 L −1 MLT −2

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2 L −1 MLT −2 =MLT

Explanation:We know ForceF=mass×acceleration----------(1)And given ForceF= rmv 2 ----------(2)Equating 1 and 2 dimensionaly we get ,ma= rmv 2 MLT −2 =ML 2 T −2 L −1 MLT −2 =MLT −2