Answer:
1) 1.808 *10^8 vacancies per cm^3
2) 101,64ºC
Explanation:
You can use the following equation relating the number of vacancies with the energy required to produce them and the temperature:

Where N is the number atoms per unit of volume, you can calculate this number with the density of copper:

And you can substitute all values in the equation:

Now you solve for temperature and and use n as 1000 times the value of before:

the metal is easily shaped and does not contract with water
Answer:
Explanation:
You did not provide the reaction. However, you should know that only change in temperature affects the value of an equilibrium constant (Keq) by the equation, K=Ae>-RT
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