A physical quantity `X` is represented by `X = (M^(x) L^(-y) T^(-z)`. The maximum

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A physical quantity X is represented by X=(M^x L^-y T^-2). The maximum percentage errors in the m... A physical quantity X is represented by X=(M^x L^-y T^-2). The maximum percentage errors in the m...
A physical quantity `X` is represented by `X = (M^(x) L^(-y) T^(-z)`. The maximum percantage err... A physical quantity `X` is represented by `X = (M^(x) L^(-y) T^(-z)`. The maximum percantage err...
A quantity is represented by \( \mathrm{X}=M^{\mathrm{a}} L^{\mathrm{b}} T^{\mathrm{c}} \). The .... A quantity is represented by \( \mathrm{X}=M^{\mathrm{a}} L^{\mathrm{b}} T^{\mathrm{c}} \). The ....
The dimensional formula for a physical quantity x is [M^-1 L^3 T^-2]. The errors in measuring the... The dimensional formula for a physical quantity x is [M^-1 L^3 T^-2]. The errors in measuring the...
A quantity X is given by ε0L(ΔV/Δt) where ε0 is the permittivity of free space, L is a length, ΔV is A quantity X is given by ε0L(ΔV/Δt) where ε0 is the permittivity of free space, L is a length, ΔV is
A physical quantity is given by X= [MaLbTc]. The percentage error in measurement of M,L and T are A physical quantity is given by X= [MaLbTc]. The percentage error in measurement of M,L and T are
Physical quantity that has units and does not have dimensions | Q&A in kota | crest academy #kota Physical quantity that has units and does not have dimensions | Q&A in kota | crest academy #kota
The Most Wholesome Math Equation The Most Wholesome Math Equation