Answer:
The calorimeter constant would be 567.62 J/C
Explanation:
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snap- parkguy786
A melting point of over 700 C and a density of less than 2 g/cm3 can be observed for many group 2 elements. In this group, the density increases on moving down the group, whereas the melting point increases upto calcium and then starts decreasing.
Calcium, symbol Ca is the element with melting point around 840 C and density of 1.55 g/cm3 which is closest to the specified data range .
So 6.02*10^22 is avogadro constant, which is the amount of atoms in one mole. If you look Xenon up in the periodic table you will find it's mass given <span>131,293, which is grams per 1 mole.
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CO2 + H2O = H2CO3
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Your equation is already balanced, and the reaction type is: </span><em><u>synthesis.</u></em>
