Patterns in Linear Motion

Physicists become Olympians in a competition using centripetal force. They ride a bicycle to comprehend relationships between linear and rotational motion. If you have an old-fashioned record player, it can be used to help pupils...

In this physics learning exercise, students model the position, velocity and acceleration using mathematical formulas and a computer program. Then they interpret the parameters in each of the models. Students also complete the experiment...

In this physics worksheet, students model the acceleration, velocity, and position of a cart moving up an inclined plane. They take data and determine a pattern in the data. Students also describe their findings and create an illustration.

In this motion activity, students determine the distance traveled, the acceleration, and velocity of different objects. This activity has 11 problems to solve.

For this physics review worksheet, students review vocabulary words associated with speed, acceleration, Newton's Laws and simple machines, work and energy, magnetism, electricity, and harmonic motion and light. This worksheet has 92...

Stretch young environmentalists' minds with the ten questions in this worksheet. Though written as a reading guide, most of the questions can follow a lecture on human population dynamics and environmental impact. You will need to...

How does a single photon show a phase shift? Using the interference pattern created by light traveling through a double slit, the resource asks whether the interference pattern would still show if only one photon of light is sent at a...

Examine cause and effect through the lens of physics. A video lesson describes how the reality of cause and effect does not apply to physics. Rather than following cause and effect, particles simply change in a predictable pattern.

In this circular motion learning exercise, students determine the magnitude of a coin's linear velocity and the magnitude of its acceleration. This learning exercise has 14 problems to solve.

It's all uphill from here! Scholars examine the pattern of random particle motion up a staircase. The simulation shows how the linear increase in energy corresponds to an exponential decrease in particle concentration.