Prove that alpha: beta:gamma= 1:2:3
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♣ Alpha (α) is coefficient of linear expansion.
♦ Increase in length during expansion is called linear expansion.
It means object one side increases.
Hence α = 1
♣ Beta (β) is coefficient of superficial expansion.
♦ Increase in area during expansion is called superficial expansion.
We know area = Length × Breadth
No. of sides = 2
Hence, β = 2
♣ Gamma () is coefficient of cubical expansion.
♦ Increase in volume during expansion is called cubical expansion.
We know, volume = Length × Breadth × Height
No. of sides = 3
Hence, = 3
So,
Hence Proved!
Hope It Helps You! ☺☻☺
♣ Alpha (α) is coefficient of linear expansion.
♦ Increase in length during expansion is called linear expansion.
It means object one side increases.
Hence α = 1
♣ Beta (β) is coefficient of superficial expansion.
♦ Increase in area during expansion is called superficial expansion.
We know area = Length × Breadth
No. of sides = 2
Hence, β = 2
♣ Gamma () is coefficient of cubical expansion.
♦ Increase in volume during expansion is called cubical expansion.
We know, volume = Length × Breadth × Height
No. of sides = 3
Hence, = 3
So,
Hence Proved!
Hope It Helps You! ☺☻☺
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