The statement seems to be incomplete. However, I can provide information based on a similar, complete statement: "Bond formation always requires an input of energy, whereas bond breaking involves a release of energy."

This is actually the opposite of the truth in chemistry. Here are the steps to understand this:

1. Bond Formation: When two atoms come together to form a bond, energy is released. This happens because the bonded atoms have a lower total energy than the separate atoms, which makes the bonded atoms more stable. This is why atoms form bonds in the first place.

2. Bond Breaking: Conversely, breaking a bond requires an input of energy. This is because you're pulling apart atoms that would prefer to stay together, which requires overcoming the energy of the bond holding them together.

So, in summary, bond formation releases energy and bond breaking requires an input of energy.

Question

The statement seems to be incomplete. However, I can provide information based on a similar, complete statement: "Bond formation always requires an input of energy, whereas bond breaking involves a release of energy."

This is actually the opposite of the truth in chemistry. Here are the steps to understand this:

1. Bond Formation: When two atoms come together to form a bond, energy is released. This happens because the bonded atoms have a lower total energy than the separate atoms, which makes the bonded atoms more stable. This is why atoms form bonds in the first place.

2. Bond Breaking: Conversely, breaking a bond requires an input of energy. This is because you're pulling apart atoms that would prefer to stay together, which requires overcoming the energy of the bond holding them together.

So, in summary, bond formation releases energy and bond breaking requires an input of energy.

Knowee AI · Accepted Answer

The statement seems to be incomplete. However, I can provide information based on a similar, complete statement: "Bond formation always requires an input of energy, whereas bond breaking involves a release of energy."

This is actually the opposite of the truth in chemistry. Here are the steps to understand this:

1. Bond Formation: When two atoms come together to form a bond, energy is released. This happens because the bonded atoms have a lower total energy than the separate atoms, which makes the bonded atoms more stable. This is why atoms form bonds in the first place.

2. Bond Breaking: Conversely, breaking a bond requires an input of energy. This is because you're pulling apart atoms that would prefer to stay together, which requires overcoming the energy of the bond holding them together.

So, in summary, bond formation releases energy and bond breaking requires an input of energy.

Bond always requires an input of energy, whereas bond involves a release of energy.

Question

Bond Energy Comparison

Solution

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