1. Lab - Uniform Motion: In this lab, we walked in front of motion sensors to
create position vs. time and velocity vs. time graphs.
3. Activity - Lab Analysis Practice: In this activity, we used a string
and a ball to measure the relationship between force and velocity
in this setting.
4. Lab - Acceleration vs. Time: In this lab, we calculated the displacement
with time and made a graph which the slope is acceleration.
5. Activity - Vector Inspectors: In this activity, we did a simulation lab to
add vectors graphically to learn how to measure vectors.
6. Lab - Projectile Motion: In this lab, we measured the launch angles
and range, and found it's relation.
7. Lab - Newton's 2nd Law - In this lab, we added mass to the cart to find
it's relationship with acceleration.
8. Lab - Friction - In this lab, we changed the friction coefficients and
the mass of the block and/or gravitational field, followed by changing
the angle to find the actual ramp angle similar to the prediction.
9. Lab - Newton's Law of Gravity - In this lab, we determined what affects the
strength of gravity between 2 objects, explained Newton's third law, related
distance, mass, and gravity force.
10. Lab - Work - In this lab, we saw the relationship between the angle of the
ramp and the force of gravity, and the more the distance the lower the force.
11. Lab - Hooke's Law - In this lab, we found out the Spring Constant from
experimentation by finding out the force at different spring displacements.
12. Lab - Impulse - In this lab, we used a force sensor and a motion sensor
to find how velocity and force reacts to different types of springs.
The harder the spring the more impulse.
13. Lab - Collisions - In this lab, we tested different types of collisions,
Elastic and Inelastic, finding the momentum and kinetic energy in each,
and the relationship between total momentum and energy.
14. Lab - Period of Springs and Pendulums - In this lab, we found the
periods of oscillation with different masses and it is a square root
relationship.
15. Lab - Standing String Waves - In this lab, we found the relationship
between wavelength vs period (linear), and wave speed vs tension (inverse).
16. Lab - Speed of Sound - In this lab, we used lab data to calculate
the speed of sound from frequency and wavelength, and found the
relationship between them.
17. Lab - Torque - In this lab, we tested torque with the distance from
the pivot (less distance, more force required)and thedirection of the
meterstick, as well as the center of mass.