Combined Gas Law - Assimilation

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Apply PV=nRT concepts in real life.

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John Oliver M. QUEJADA

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Combined Gas Law - Assimilation


Froggy Jumps Combined Gas Law - AssimilationVersión en línea Apply PV=nRT concepts in real life. por John Oliver M. QUEJADA 1 Which equation describes the relation P1V1/T1 = P2V2/T2 for a fixed n and R? a Boyle's law b Combined gas law c Ideal gas law 2 If a sample is heated from 283 K to 566 K at constant P and V, what happens to the number of moles in a combined gas law? a n halves b n doubles c n stays the same 3 A rigid container is heated from 273 K to 546 K. What is the pressure change if volume is constant? a Pressure doubles b Pressure stays the same c Pressure halves 4 Which variable changes if you compress a gas at constant temperature? (Boyle's Law) a Moles increase b Temperature increases c Volume decreases 5 If a gas's temperature doubles and pressure remains constant, what happens to volume? a Volume halves b Volume doubles c Volume stays the same 6 What is required to use the combined gas law for a process? a Know color of gas b Know molar mass c Know n and R as constants 7 A gas sample has a temperature of 273 K and a pressure of 1 atm. Under what condition is the gas? a Room temperature and pressure (RTP) b Standard Temperature and Pressure (STP) c High temperature and low pressure 8 During a car tire heat-up, which relation best describes the initial and final states? a P = V b T = P/V c PV/T = constant (for fixed n) 9 Which scenario best demonstrates the combined gas law? a A gas in a piston changes P, V, and T simultaneously b Gas with fixed P and V c Gas with fixed V and T 10 In the Combined Gas Law, which three variables are related? a Pressure, volume, and temperature b Mass, density, and volume c Temperature, mass, and moles

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Combined Gas Law - Assimilation

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Combined Gas Law - AssimilationVersión en línea

por John Oliver M. QUEJADA

Which equation describes the relation P1V1/T1 = P2V2/T2 for a fixed n and R?

If a sample is heated from 283 K to 566 K at constant P and V, what happens to the number of moles in a combined gas law?

A rigid container is heated from 273 K to 546 K. What is the pressure change if volume is constant?

Which variable changes if you compress a gas at constant temperature? (Boyle's Law)

If a gas's temperature doubles and pressure remains constant, what happens to volume?

What is required to use the combined gas law for a process?

A gas sample has a temperature of 273 K and a pressure of 1 atm. Under what condition is the gas?

During a car tire heat-up, which relation best describes the initial and final states?

Which scenario best demonstrates the combined gas law?

In the Combined Gas Law, which three variables are related?