jawablah soal spldv dengan metode substitusi ​

We first consider the ideal gas equation,
PV = nRT
It is stated that the pressure and temperature are constant; moreover, R is already a constant. So, we get: V = constant * n This is the equation of direct proportion. Therefore, we get:
V/n = constant
V₁/n₁ = V₂/n₂
Substitute the values and solve for V₂
V₂ = (4 * 1.48) / 0.864 V₂ = 6.85
6.85 Liters of gas must be present at the end, so we need to add: 6.85 - 4 = 2.85 liters

Answered by scme1702 | 2024-06-11

To find the** volume of oxygen gas** that needs to be added, we can use the equation: V1 * n1 = V2 * n2. Plugging in the given values, we find that you must add **approximately 2.326 liters **of oxygen gas to the vessel. ;

Answered by Qwlizard | 2024-06-18

To reach a total of 1.48 moles of oxygen gas, 2.84 liters must be added to the vessel. The calculation is based on the direct relationship between volume and the number of moles under constant temperature and pressure. Using the formula V₁/n₁ = V₂/n₂, the final volume was determined to be 6.84 L, leading to the conclusion that 2.84 L needs to be added.
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Answered by scme1702 | 2024-09-03

semoga beruntung! sekian terimakasih

Answered by putrachalista488 | 2025-07-16