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Physics 1 Labs


Modified Atwood's Machine Newton's Second Law Lab

Rotation Labs with the Rotary Motion Sensor and Accessory Kit (these were used with AP Physics C but could be modified to use with AP1)

Note: Scroll ALL THE WAY to the bottom for additional documents: my suggested Essential Labs for AP Physics 1, Graphing Calculator instructions. 

Link to Lab Requirements (Dolores' Site)


Link to fysicsfool on Video Analysis

P1 Lab 0. Ball bounce Lab

P1 Lab 1. Uncertainty Measurements

Determine the uncertainty of the measurement of the speed of sound.

lab_speed_sound_pipe



P1 Lab 2. Meeting Point


Go to Dolores' page


-2 CV cars, measuring tapes


P1 Lab 3. Is it constant acceleration?

Go to Dolores' page


P1 Lab 4. Half-Atwood's Machine


04a_B_U3_Paradigm


P1 Lab 5. Collisions


Go to Dolores' page


P1 Lab 6. Explosions - Mass of an unknown.

Given: two lab carts, one with a spring plunger; an object of unknown mass; LabPro; track; two force sensors.

Determine: the unknown mass.

P1 Lab 7. Uniform Circular Motion.

Use the Flinn or Pasco kit to investigate the relationship b/w velocity and F_c; velocity and mass; velocity and radius 



  

http://www.flinnsci.com/store/Scripts/prodView.asp?idproduct=21977

Flinn's Centripetal Force Activity kit





P1 Lab 8. Testing Investigation: Coefficient of kinetic friction.


Go to Dolores' page


P1 Lab 9. Popper

Investigate the claim: "The rebound height of the popper depends on the drop height."

Secondary task: Determine how much energy is stored in the popper.

Produce data and representations.

P1 Lab 10. Rolls in sync.


Go to Dolores' page


P1 Lab 11. Testing Investigation: Rotational Motion.


Go to Dolores' page


P1 Lab 12. Conservation of Angular momentum

Try using the Pasco equipment to show Conservation of Angular Momentum.

-suggestion drop the hoop on the already rotating disk. Use the Rotary Motion Sensor.

link: HyperPhysics on Moments of Inertia


P1 Lab 13.Torque and Balancing.


Use the hangers, string, and tape to construct a mobile. Draw a scaled diagram showing why the mobile balances.


P1 Lab 14. DISCOVERY INVESTIGATION: PROPERTIES OF MECHANICAL WAVES



P1 Lab 15. Electric Force


Given: Xmas ornaments, PVC, stand, balance, electrophorus, ruler


Task 1: Find the relationship between separation and electric force.


Suggested Method:
· Suspend one spherical shell with an insulated stand (acrylic rod or PVC pipe works).
· Place the other on an insulating surface on a balance with centigram or better readability.
· Tare the balance (not a critical step, you can adjust this).
· Charge both shells with an aluminum pie plate electrophorus (first charge the electrophorus and charge one sphere, then recharge the electrophorus and charge the second sphere).
· Quickly record the center-to-center distances between the spheres and the corresponding balance readings as you move the spheres closer together.
· Keep the spheres at least 0.08 m apart at all times!

Task 2: Find the relationship between charge and electric force.


Suggested Method:
· Suspend the spheres as before. Charge them equally by charging the electrophorus twice and touching it to each sphere. Record the balance measurement.
· Touch a third uncharged sphere to the top sphere. Record the balance measurement. Discharge the third sphere and repeat.
· If there is time, investigate opposing charges on the spheres.

If it's too humid, you can analyze the LivePhoto video to accomplish Task 1.



P1 Lab 16. Testing Investigation: Ohm's Law


Dolores' Is it ohmic?


P1 Lab 17. Flying Pigs


Go to Dolores' website



Ċ
Marc Reif,
Jun 30, 2015, 9:57 AM
Ċ
Marc Reif,
Jun 30, 2015, 4:22 AM
Ċ
Marc Reif,
Jun 30, 2015, 4:23 AM
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