STATION 1 ELECTRO STATIC BOX Notice the 2 Gold Foil leaves attached to the end of the electrode....
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STATION 1 ELECTRO STATIC BOX Notice the 2 Gold Foil leaves attached to the end of the electrode. Charge your plastic rod with fur by rubbing it vigorously. Then move the rod towards the electrode watching what the leaves do. After touching the rod to the electrode repeat the experiment using the silk PRODUCT- DIAGRAM THE FLOW OF CHARGES FROM THE ROD TO THE LEAVES OF THE BOX 11. In an experiment, three microscopic latex spheres are sprayed into a chamber and become charged with !3e, !5e, and "3e, respectively. Later, all three spheres collide simultaneously and then separate. Which of the following are possible values for the final charges on the spheres? Select two answers. X Y Z (A)+4e -4e +5e (B) -4e +4.5e +4.5e (C) +5e -8e -7e (D) +6e +6e -7e (E) -6 +3 +3
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STATION 2 ELECTRIC FIELDS Measure the distance between the 2 metal pins on the conductive paper in meters. Voltmeter to measure the amount of volts at different places on the conductive paper. Create a diagram by connecting areas of similar voltage (equi potential lines) Examine how the field is shaped. PRODUCT DIAGRAM OF THE VARYING FIELDS CREATED BY THE TWO CHARGES Two small spheres have equal charges (q) and are separated by a distance (d). The force exerted on each sphere by the other has a magnitude F. If the charges on each sphere are doubled and the distance is halved the force on each sphere has a magnitude of: a. Fb. 2Fc. 4Fd. 8F e. 16F
Transcript of STATION 1 ELECTRO STATIC BOX Notice the 2 Gold Foil leaves attached to the end of the electrode....
STATION 1 ELECTRO STATIC BOXNotice the 2 Gold Foil leaves attached to the end of the electrode.
Charge your plastic rod with fur by rubbing it vigorously. Then move the rod towards the electrode watching what the leaves do.
After touching the rod to the electrode repeat the experiment using the silk
PRODUCT- DIAGRAM THE FLOW OF CHARGES FROM THE ROD TO THE LEAVES OF THE BOX
11. In an experiment, three microscopic latex spheres are sprayed into a chamber and become charged with !3e, !5e, and "3e, respectively. Later, all three spheres collide simultaneously and then separate. Which of the following are possible values for the final charges on the spheres? Select two answers. X Y Z(A)+4e -4e +5e(B) -4e +4.5e +4.5e(C) +5e -8e -7e(D) +6e +6e -7e(E) -6 +3 +3
STATION 3 PITH BALLSIn this set up you have 1 pith ball hanging by itself, then two with balls hanging together.
Charge the plastic rod by rubbing it with the fur pad. Then move it towards the individual pith ball and note what happens.
Discharge the pith ball by touching it with your hand.
Now experiment with the double pith balls by charging one ball, then both balls.
PRODUCT DRAW THE CHARGE TRANSFER BETWEEN THE ROD AND BALLS
Students charge two balloons exactly the same way to approximately the same charge on each balloon. Balloon #1 is held in place while the force on balloon #2 is measured at location A. Keeping balloon #1 held in place, balloon #2 is moved to location B and the force is measured again. How does the force on balloon #2 change after being moved from location A to B?
A. The force increases and remains in the same direction B. The force increases and changes directionC. The force decreases and remains in the same directionD. The force decreases and changes direction
STATION 2ELECTRIC FIELDSMeasure the distance between the 2 metal pins on the conductive paper in meters.
Voltmeter to measure the amount of volts at different places on the conductive paper.
Create a diagram by connecting areas of similar voltage (equi potential lines)
Examine how the field is shaped.
PRODUCT DIAGRAM OF THE VARYING FIELDS CREATED BY THE TWO CHARGES
Two small spheres have equal charges (q) and are separated by a distance (d). The force exerted on each sphere by the other has a magnitude F. If the charges on each sphere are doubled and the distance is halved the force on each sphere has a magnitude of:
a. F b. 2F c. 4F d. 8Fe. 16F
