Which phrase describes the motion and attractive forces of ideal gas particles?

Random straight-line motion and no attractive forces

random straight-line motion and strong attractive forces

random curved-line motion and no attractive forces

random curved-line motion and strong attractive forces.

Which statement describes the particles of an ideal gas, based on the kinetic molecular theory?

the volume of the gas particles is negligible compared with the total volume of the gas

there are attractive forces between the particles

the particles move in circular paths

the collisions between the particles reduce the total energy of the gas

Which statement describes particles of an ideal gas, based on the kinetic molecular theory?

Gas particles have no attractive forces between them

Gas particles are separated by distances smaller than the size of the gas particles

Gas particles do not transfer energy to each other when they collide

Gas particles move in predictable, circular motion.

According the the kinetic molecular theory, collisions between gas particles in a sample of an ideal gas

transfer energy between the gas particles

increase the energy content of the gas sample

produce strong attractive forces between gas particles

result in a net loss of energy by the gas sample

A real gas behaves most like an ideal gas at

low pressure and high temperature

low pressure and low temperature

high pressure and high temperature

high pressure and low temperature

A sample of hydrogen gas will behave most like an ideal gas under the conditions of

low pressure and high temperature

low pressure and low temperature

high pressure and low temperature

high pressure and high temperature

Which substance has the same number of molecules as 2.0 L of O 2 at 300K and at 200 kPa?

2.O L of H 2 at 300 K and 200 kPa

2.0 L of N 2 at 200 K and 200 kPa

4.0 L of H 2 O at 300 K and 300 kPa

1.5 L of N 2 at 400 K and 150 kPa

Heating/Cooling Curve, Gas Laws, & Intermolecular Forces

Authored by Julian Jhocson

Chemistry

9th - 12th Grade

NGSS covered

Used 6+ times

Heating/Cooling Curve, Gas Laws, & Intermolecular Forces

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MULTIPLE CHOICE QUESTION

3 mins • 1 pt

In a heating curve: when kinetic energy is constant, what happens to potential energy?

increases

decreases

constant

MULTIPLE CHOICE QUESTION

3 mins • 1 pt

In a heating curve: when kinetic energy is increasing, what happens to potential energy?

increases

decreases

constant

MULTIPLE CHOICE QUESTION

3 mins • 1 pt

In a cooling curve: when kinetic energy is decreases, what happens to potential energy?

increases

decreases

constant

MULTIPLE CHOICE QUESTION

3 mins • 1 pt

In a cooling curve: when kinetic energy is constant, what happens to potential energy?

increases

decreases

constant

MULTIPLE CHOICE QUESTION

3 mins • 1 pt

What is kinetic energy also known as?

Temperature

Heat

What is the word for absorbing energy?

Endothermic

Exothermic

What is the word for releasing energy?

Endothermic

Exothermic

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Heating/Cooling Curve, Gas Laws, & Intermolecular Forces

In a heating curve: when kinetic energy is constant, what happens to potential energy?

In a heating curve: when kinetic energy is increasing, what happens to potential energy?

In a cooling curve: when kinetic energy is decreases, what happens to potential energy?