# Answer on Other Physics Question for Ikikeabasi Etteh

Question #70714

1. Volume of a liquid flowing per second,V is proportional to

i) the coefficient of viscosity, n

ii) the radius of the pipe, a

iii) the pressure gradient, g

V ∝ nˣaʸgᶻ

V = knˣaʸgᶻ

where k is a constant of propotionality.

Using dimentional analysis, obtain the values of the constants x, y and z,hence the explict expression of V

2. The velocity, v of a wave setup in a stretched string by plucking it can be given in terms of

(i) the tension, F of the string

(ii) the mass, M of the string and

(iii) the length, L of the string

v ∝ FˣLʸmᶻ

V = KFˣLʸmᶻ

:use dimensional analysis to obtain the values of x, y and z.

3. The period, T of oscillation of a loaded spiral spring is found to depend on:

(i) loaded mass,m and the effective mass of the spring mₑ

(ii) the elastic constant K of the spring and

(iii) the acceleration due to gravity, g

I.e T∝(m+mₑ)ˣKʸgᶻ

or T=a(m+mₑ)ˣKʸgᶻ. where a is the dimensionless constant.

: Using dimensional analysis express T

i) the coefficient of viscosity, n

ii) the radius of the pipe, a

iii) the pressure gradient, g

V ∝ nˣaʸgᶻ

V = knˣaʸgᶻ

where k is a constant of propotionality.

Using dimentional analysis, obtain the values of the constants x, y and z,hence the explict expression of V

2. The velocity, v of a wave setup in a stretched string by plucking it can be given in terms of

(i) the tension, F of the string

(ii) the mass, M of the string and

(iii) the length, L of the string

v ∝ FˣLʸmᶻ

V = KFˣLʸmᶻ

:use dimensional analysis to obtain the values of x, y and z.

3. The period, T of oscillation of a loaded spiral spring is found to depend on:

(i) loaded mass,m and the effective mass of the spring mₑ

(ii) the elastic constant K of the spring and

(iii) the acceleration due to gravity, g

I.e T∝(m+mₑ)ˣKʸgᶻ

or T=a(m+mₑ)ˣKʸgᶻ. where a is the dimensionless constant.

: Using dimensional analysis express T

Expert's answer

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