Given : force \( =\frac{\alpha}{\text { density }+\beta^{3}} . \) W...

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Given: Force \( =\frac{\alpha}{\text { density }+\beta^{3}} \). Wha... Given: Force \( =\frac{\alpha}{\text { density }+\beta^{3}} \). Wha...
Given, force \( =\frac{\alpha}{\text { Density }+\beta^{3}} \) What are the dimensions of \( \al... Given, force \( =\frac{\alpha}{\text { Density }+\beta^{3}} \) What are the dimensions of \( \al...
Given : force `= (alpha)/("density" + beta^3).` What are the dimensions of `alpha, beta ?` Given : force `= (alpha)/("density" + beta^3).` What are the dimensions of `alpha, beta ?`
, , If force =α/β^3+ density. then dimensions of √(α)/βare (1) [M^1 / 3 L^-1] (2) [M^2 L^2 T^-2] ... , , If force =α/β^3+ density. then dimensions of √(α)/βare (1) [M^1 / 3 L^-1] (2) [M^2 L^2 T^-2] ...
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, , Force (F) and density(d) are related as F= α/β+√(d) then dimensions of α are(1) [M^3 / 2 L^-1... , , Force (F) and density(d) are related as F= α/β+√(d) then dimensions of α are(1) [M^3 / 2 L^-1...
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Force F and density D are related as `F=(alpha)/(beta+sqrtd)`, Then find the dimensions of `alpha` Force F and density D are related as `F=(alpha)/(beta+sqrtd)`, Then find the dimensions of `alpha`