A sample of gas occupies 9.0 mL at a pressure of 500.0 mm Hg. A new volume of the same sample is at a pressure of 750.0 mm Hg. I
2 answers:
Answer: The new pressure of 750 mmHg is greater than initial pressure of 500 mm Hg and the new volume of 6.0 ml is lesser than the initial volume of 9.0 ml.
Explanation:
Boyle's Law: This law states that pressure is inversely proportional to the volume of the gas at constant temperature and number of moles.
(At constant temperature and number of moles)
where,
= initial pressure of gas = 500.0 mmHg
= final pressure of gas= 750.0 mmHg
= initial volume of gas = 9.0 ml
= final volume of gas = ?
Therefore, the gas would compress to new volume of 6.0 ml.
The new pressure of 750 mmHg is greater than initial pressure of 500 mm Hg and the new volume of 6.0 ml is lesser than the initial volume of 9.0 ml.
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To find electron configuration for Idoine we need to understand the following steps:
- Finding the Atom's Atomic Number (tells us the specific number of electrons)
- Determining the Charge of the Atom
- Understanding the orbitals (Set S [Contains 2], P [Contains 3, Holds 6], D [Contains 5, Holds 10], F [Contains 7, Holds 14], and there are some theoritical ones.) [Overall the sets go SPDFGHIK
- Understanding notations in configuartion. The notations display the number of electrons in the atom and set.
In this case, for Iodine. If we follow these rules we can see that the electron configuration is [Kr] 4d^10 5s^2 5p^5. We use Krytpon in front because that is the last full and stable noble gas before this particular element. Atoms are just trying to be stable so the goal is to achieve that full shell.
