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Ber [7]
3 years ago
10

The gases in the can of compressed air are at the temperature of 298.3 K and a pressure of 270.3. If the gases in the can reach

a pressure of 874.6 the can will explode. What temperature (in K) would the can need to be heated up for it to explode.
Chemistry
2 answers:
Setler79 [48]3 years ago
7 0

Answer:

The gases in the can of compressed air are at the temperature of 298.3 K and a pressure of 270.3.

Explanation:

zimovet [89]3 years ago
4 0

Answer:

The gases in the can of compressed air are at the temperature of 298.3 K and a pressure of 270.3.

Explanation:

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An orbital that penetrates into the region occupied by core electrons is less shielded from nuclear charge than an orbital that does not penetrate and therefore has a lower energy.

Explanation:

The only true statement from the given options is that "an orbital that penetrates into the region occupied by core electrons is less shielded from nuclear charge than an orbital that does not penetrate and therefore has a lower energy." Inner orbitals which are also known to contain core electrons feels the bulk of the nuclear pull on them compared to the outermost orbitals containing the valence electrons.

  • The nuclear pull is the effect of the nucleus pulling and attracting the electrons in orbitals.
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  • The outer orbitals are said to be well shielded from the pull of the nuclear charge.
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Molecules with a plane of symmetry between the chiral centers are achiral and meso. From the given molecules (Picture attached) only (A) compound 1 is meso.

When compounds possess a plane of symmetry between the chiral centers they are called achiral or meso compounds. Among the given compounds (A) compound 1 have a plane of symmetry. So we can say compound one is a meso or achiral compound. Compounds two, three, and four have no plane of symmetry, as you can see in the structures attached. So all other compounds (compound 2, compound 3, and compound 4) except compound one are not meso or achiral.

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