Based on symmetry, which bond is most likely to be nonpolar in nature?
1 answer:
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The number of moles:
3.16g of
1 mole of- 158g.
x moles of- 3.16g.
The number of moles:
32.33g of
1 mole of- 194g.
x moles of- 32.33g.
The number of moles:
100g of
1 mole of- 100.1g.
x moles of- 100g.
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3.16g of
1 mole of
x moles of
The number of moles:
32.33g of
1 mole of
x moles of
The number of moles:
100g of
1 mole of
x moles of
Greetings,
n00nst00p :)
Answer : The energy required is, 574.2055 KJ
Solution :
The conversions involved in this process are :
Now we have to calculate the enthalpy change or energy.
where,
= energy required = ?
m = mass of ice = 1 kg = 1000 g
= specific heat of solid water =
= specific heat of liquid water =
n = number of moles of ice =
= enthalpy change for fusion = 6.01 KJ/mole = 6010 J/mole
Now put all the given values in the above expression, we get
(1 KJ = 1000 J)
Therefore, the energy required is, 574.2055 KJ