Question

40 L of a gas is stored under a pressure of 150 atm at 300 K. How many moles of the gas are present in the

cylinder​

Answer 1

Answer:Use the formula of ideal gas equation.

Explanation:

PV=nRT

put the appropriate values and solve the question on your own.

Thanks

Answer 2

40 L of a gas is stored under a pressure of 150 atm at 300 K. 243.9 moles of the gas are present in the cylinder​.

• The pressure is nothing but the vital force applied to the object or particle.
• Pressure calculates how much force will be gone or extended to the object.
• Pressure is the force that is perpendicular to the power of extension.
• The standard unit of pressure is the pascal (pa).
• The formula for pressure, p= F/ A
• p= pressure
• F= magnitude
• A= area of the surface
• pressure is the scalar quantity.
• Pressure is also expressed in the term atmospheric pressure, atm.
• A mole is the atom's elementary particle, an ion.
• The mole of the substance is always related to the avagadro number.
• The mole is always associated with the weight or mass of the element or substance.
• The standard unit of a mole is mol.
• The mole is a significant factor of the reactant and products to form an equation.
• A mole calculates the atom, ion, and substance weighs.

Therefore, 40 L of a gas is stored under a pressure of 150 atm at 300 K. 243.9 moles of the gas are present in the cylinder​.

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