the quantities A and B are related by the relation m=A/B where m is the linear density and A is the force .the dimensions of B are
a) pressure
b)latent heat
c) work
d)none of these
Answers
answer : option (b) latent heat
explanation : The quantity m is linear mass density.
means, dimension of m = dimension of mass/dimension of length [ as linear mass density= mass/length]
= [M]/[L] = [ML-¹]
again, A is the force.
so, dimension of A = dimension of force
= dimension of mass × dimension of acceleration [ as we know, force = mass × acceleration ]
= [M][LT-²]
= [MLT-²]
now, relation , m = A/B
so, B = A/m
or, dimension of B = dimension of {A/m}
= [MLT-²]/[ML-¹]
= [L²T-²]
now options are : pressure = [ML-¹T-²]
latent heat = [L²T-²]
work = [ML²T-²]
hence, dimension of B = dimension of latent heat .
hence, option (b) is correct choice.
Answer:
Explanation: The quantity m is linear mass density.
means, dimension of m = dimension of mass/dimension of length [ as linear mass density= mass/length]
= [M]/[L] = [ML-¹]
again, A is the force.
so, dimension of A = dimension of force
= dimension of mass × dimension of acceleration [ as we know, force = mass × acceleration ]
= [M][LT-²]
= [MLT-²]
now, relation , m = A/B
so, B = A/m
or, dimension of B = dimension of {A/m}
= [MLT-²]/[ML-¹]
= [L²T-²]
now options are : pressure = [ML-¹T-²]
latent heat = [L²T-²]
work = [ML²T-²]
hence, dimension of B = dimension of latent heat .
hence, option (b) is correct choice.
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