The Gauss Rifle:
A Magnetic Linear Accelerator
Macalino, D. M. D.
Magpantay, J. M.
Recto, I. J.
Reyes, R.
Francisco, P. V.
4 – 5 Zatti IDT 4
In partial fulfilment for the requirement in Physics
Don Bosco Technical Institute – Makati
SY 2011-2012
Ms. April J. Cruz
Research Adviser
Chapter I – Introduction
I. Background of the Study
It was either the Chinese or the Greeks who discovered the properties of lodestone, which "contain magnetite, a natural magnetic material Fe304" (Jezek, 2006). This dated back to the first century, B.C. in the writings of Lucretius and Pliny the Elder, in which he mentions the "magical powers of
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This step is represented by the magnet and ball bearings on the right side of the figure.)
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3. Now wrap a piece of tape around the magnet so that the ends of the tape are slightly wrapped around the wood slide. Remove the ball bearings. Use the blade to cut off the excess tape. 4. Place the wood slide on the table so that the end of the slide is aligned with the end of the table. 5. Re-do step 2. 6. Pour the sand in the box and smooth it out so that the sand is approximately level. Place the box on the floor a few centimeters away from the edge of the table. 7. Place one ball bearing on the other side of the magnet, about 3 cm away. 8. Measure the height of the table where the Gauss rifle placed. Record the value.
Shooting a One Magnet Stage Gauss Rifle
1. Practice shooting the Gauss rifle so that you can place the plastic box at the correct distance for accurate measurements. The experiment will look something like the first diagram (found on page 13). 2. Lift the slide just a little to get the ball rolling toward the magnet. Keep an eye on the last ball and where it lands so that you know where to place the plastic box. 3.
Remove the spinning mass from the apparatus, measure and record the mass. The experimental uncertainty in m is determined by the scale’s uncertainty. Replace the spinning mass onto the apparatus, but do not attach the spring yet. Obtain a bulls-eye level and adjust the leveling screws to level the apparatus. Return the bulls-eye level.
6. Tie a loop at the loose end of the string and attach the string to the spring
14. Calculate the volume of the magnet by multiplying the length × width × height, record in Data Table 5.
17. Place the plates in an inverted position (agar side on top) in a 37٥C
In order to conduct this experiment you will need to know all the major steps. First, you will grab the depression slide and use your eyedropper to collect a single Daphnia and place it in the indentation of the depression slide. Make sure to remove excess water with the corner of your small paper towel. No coverslip will be necessary.
Hold one ball beside the top of the meter stick with the ZERO end touching the table.
Before even holding the gun, go where there is a clear open space so no one will get hurt. Place both feet shoulder width apart, the body should have proper posture but relaxed at the same time. Now Hold the wooden gun at the small end, on the left having the palm of the hands facing down. getting a good, strong grip on it will make it stay in your hands. Have your right hand on the neck of
4) Use the tape measure to find and record the distance from the charge to the equipotential sensor. 2.03 m
· I set up the apparatus as shown in the diagram. I then placed a
1. Move the compass slowly along a semicircular path above the bar magnet until you’ve put it on the opposite side of the bar magnet. Describe what happens to the compass needle.
4. Place the foil in the center, placing the metal washer on the top of it and in the middle.
Step #3- Use the tube and lift it up from keeping it from touching the flour, remove the protractor that way it won’t be there when the marble drops
Procedure: 1. We got a Dixie cup with the mixture of iron fillings. 2. We got an iron magnet and stirred it around the mixture in the Dixie cup to attract all the iron filings. 3.
3. Bring the charged balloon close to the paper scraps from Part 2. How does the rubbed balloon
3.Secure the other end of the tube into the hole located on the rubber stopper