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The result is:
The new volume is: 
Rationale:
Because the temperature remains constant, we can apply Boyle's Law to solve this issue.
Boyle's Law stipulates that:
Where,
P is the gas's pressure.
V is the gas's volume.
According to the information provided:
Let's put the values into the equation:
Consequently, the new volume is:
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Atoms have their protons and neutrons situated in the nucleus.
Electrons orbit in the outer shells, also known as orbitals.
Subatomic particles, comprising protons, neutrons, and electrons, reside within the atoms.
The following are significant events arranged in chronological sequence along with their respective years.
1. Hooke coins the term cell after examining cork cells under a basic microscope. (1665) 2. van Leeuwenhoek identifies bacteria using his advanced microscope. (1676) 3. Brown identifies and names the cell nucleus. (1831) 4. Schleiden & Schwann introduce cell theory. (1839) 5. Virchow explains cell division and asserts that all cells derive from pre-existing cells. (1855)
6. Pasteur refutes spontaneous generation and suggests germ theory. (1861)
Answer:
c) acidic
Explanation:
pKa indicates the acidity level of a solution. Given that the solution has a pKa ≤ 25, it is classified as more acidic. A lower pKa value indicates a stronger acidity. Conversely, as the pKa value rises, the acidity diminishes. The range for pKa values across various solutions is -5 to 50.
I'm not sure what this is about; I'm really not good at this.
