Physics, asked by swathigamaheswari, 8 months ago

3) The length of an aluminium rod at the temperature 303 K is 50m. What would be its
increase in length when it is heated to 323 K ? ( The linear co-efficient of Aluminiun
23 X 10K)​

Answers

Answered by shileex4real
17

Answer:

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Explanation:

 \alpha  =  \:  \frac{l2  \:  -  \: l1}{l \:  \times temperature} \\

Use this formular

increase \: in \: length \:  = l2 \:  -  \: l1

Thats what you're solving for

parameters \\  \alpha  =  23 \times  {10}^{?}   {k}^{ - 1}  \\ temperature \:  =  \: 303k \\ l \:  =  \: 50m \\

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