Answers: 1
is 
![V_{T}=v_{1}[1+\gamma (T_{2}-T_{1})]](/tpl/images/0483/1145/7f76f.png)
![V_{2}=V_{1}[1+\gamma (T_{2}-T_{1})]](/tpl/images/0483/1145/357e1.png)
= volume of liquid at temperature 
= volume of liquid at temperature 
= volume of liquid at temperature 
= volume expansion coefficient of mercury at ![V_{2}=0.002[1+0.00018(50-20)]=0.0020108m^3](/tpl/images/0483/1145/3b5e0.png)
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If a certain mass of mercury has a volume of 0.002 m3 at a temperature of 20°c, what will be the vol...
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