Question

1st year the coefficient of cubical expansion of solid is 36×10-6c-1 find the coefficient atel expansion ​

Answer 1

Answer:

Coefficient of cubical expansion

Coefficient of cubical expansionγ=0.000027/

Coefficient of cubical expansionγ=0.000027/ ∘

Coefficient of cubical expansionγ=0.000027/ ∘ C

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansion

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα=

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ C

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C =

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scale

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scaleα=

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scaleα= 9

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scaleα= 90.000009×5

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scaleα= 90.000009×5

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scaleα= 90.000009×5

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scaleα= 90.000009×5 α=0.000005/

Coefficient of cubical expansionγ=0.000027/ ∘ CCoefficient of linear expansionα= 3γ =0.000009/ ∘ CFormula for degree Celsius and Fahrenheit conversion5C = 9F−32 So value of coefficient of linear expansion in Fahrenheit scaleα= 90.000009×5 α=0.000005/ ∘

F