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f the molecular mass for a chemical is 352.04 g/mol and the enthalpy of formation is -2137 kJ/mol, the heat change will be ______ kJ when 10.0 g of this chemical is formed.
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f the molecular mass for a chemical is 352.04 g/mol and the enthalpy of formation is -2137 kJ/mol, the heat change will be
kJ
Top answer:
2137 x (10/352.04) = ?? kJ.
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f the molecular mass for a chemical is 153.82 g/mol and the enthalpy of formation is -135 kJ/mol, the heat change will be
kJ when
Top answer:
How many moles do you have in 10.0 grams? 10/153.82 = ?? So 124 kJ/mol x ??moles = xx.
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If the molecular mass for a chemical is 153.82 g/mol and the enthalpy of formation is -135 kJ/mol, the heat change will be
Top answer:
To calculate the heat change when 10.0 g of the chemical is formed, we need to convert the given
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If the molecular mass for a chemical is 153.82 g/mol and the enthalpy of formation is -135 kJ/mol, the heat change will be
_____
Top answer:
Compute: (135 kj/mol x 10 g)/ 153.82 g/mol The formation reaction is exothermic
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If the molecular mass for a chemical is 151.97 g/mol and the enthalpy of formation is -1128 kJ/mol, the heat change will bekJ
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-1128 kJ x (10/151.97) = ??
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If the molecular mass for a chemical is 151.97 g/mol and the enthalpy of formation is -1128 kJ/mol, the heat change will be
_____
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-1128 kJ x (10g/151.97) =
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If the molecular mass for a chemical is 153.82 g/mol and the enthalpy of formation is -135 kJ/mol, the heat change will
Top answer:
Isn't it mass/molmass * enthalpy?
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If the molecular mass for a chemical is 64.10 g/mol and the enthalpy of formation is -63 kJ/mol, the heat change will be
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It's 63 kJ for 64.10 grams, so how many kJ for 10.0 g. Just ratio and proportion OR multiply by a
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If the molecular mass for a chemical is 45.99 g/mol and the enthalpy of formation is 34 kJ/mol, the heat change will be
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The heat change will be 34 kJ for every 45.99 grams if the reaction is for the formation or
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calculate the lattice enthalpy of potassium fluoride from the following data:
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5. 825
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