The information given shows that the intermolecular force in C will be higher than the intermolecular force in D.
<h3>What is a intermolecular force?</h3>
It should be noted that an intermolecular force simply means the attractive or repulsive force which arise between the molecules of a substance.
In this case, the intermolecular force in D will be higher than the intermolecular force in C.
This is attributed to the fact that the dominant intermolecular force in C is hydrogen bonding while in D, it's dipole - dipole bonding.
It should be noted that hydrogen bonding is the highest intermolecular force in gases and liquids.
In D, due to the dipole-dipole force, the ions that has same charge will repel each other.
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Is there supposed to be a table attached???
can’t help u
Answer:
d = endothermic
Explanation:
Chemical equation:
2CO₂ → 2CO + O₂
When carbon dioxide form carbon monoxide and oxygen the ΔH is +570KJ.
When enthalpy of reaction is positive and ΔH is greater than zero it means heat is given to the reaction.
It is called endothermic reaction.
In this case enthalpy of product is higher than enthalpy of reactant
When enthalpy of reaction is negative and ΔH is less than zero it means heat is released during the reaction.
It is called exothermic reaction.
In this case enthalpy of product is lower than enthalpy of reactant.
Answer:
i believe it is strong acids, strong bases, and salts.
Explanation:
Hope this helps : )
mass = Density x Volume
2.00 x 0.160 = 0.32 grams