1. Wear safety goggles and recruit a responsible person to carefully watch.
2. Obtain the two by four plank of wood and use the table saw to cut it into two prisms of 1 1/2X1/12 feet. Use remaining pine to cut out a right triangle with legs measuring 3 1/2X5 inches, the minor angle being approximately 35°.
3. Use the drill set to drill two holes two inches from shorter edge of each prism, about three inches apart. Drill into the hypotenuse and the longer leg of the triangle such that the prisms intersect at the smaller angle. Using the four screws, screw in the Phillip's head wood screws.
4. With the scissors, carefully cut out a small two inch by two inch square hole with another responsible adult watching in the tennis ball. Wedge it into the intersection until it is tight.
5. Cut 20 inches of the half inch elastic band. Fold it along itself and sew the edges together with the cloth attached. Use the drill to make a hole the size of the given screw on the opposite edge from the vertex and use the screwdriver to safely screw it in. Then attach the washers to the other end. Repeat on the other plank.
6. Cut 15 inches of the quarter inch elastic band. Sew the quarter inch elastic on the prism adjacent to the longer leg so it can give spin energy.
7. Attach the bubble lever with tape to the triangle at a 50° angle of elevation.
8. Obtain a string around 10 inches long. Tape it two inches from the triangle's long length and four inches from the triangle's hypotenuse. Use a marker or sticker to mark approximately two inches from the base of the longer leg. The building of the Magnus 2.4 is complete.
9. Obtain six plastic cups and tape them in pairs. The frustum's minor circles should connect with each other with tape. Make sure they ...
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...d ensure that it does not by reading the bottom tab.
32. Record the values of A and B in the data chart. Please recall C is an arbitrary constant and because we are measuring from the origin, it does not make any difference to the trajectory.
33. Exit the data tool and set the vertical axis to vy: velocity y-component. Reset fit name to line. Repeat step 30, only this time record this under start acceleration and end acceleration.
34. Repeat steps 23-33 for the rest of the video files.
35. If the data is recorded in a spreadsheet use the averaging function to average all the information corresponding to the proper subcategories.
36. Because of Newton's second law, it is possible to multiply the mass in kilograms by the start acceleration to calculate the average upwards force in Newtons.
37. Use a graphing calculator to graph the average A and B parabola parameters.
rings on the ends of the cinch. Next, take the two d-rings in the center of the cinch and with your
Step 4: Pull the clamping handles present on either ends of the machine down, and clamp the sheet metal.
Next you wil tie the other end of the string to the paper clip. which will be the bottom.
6. Place the test tube in the beaker. Secure the test tube and thermometer to the retort stand using clamps. Begin heating the water bath gently.
Two pieces of dowel rod was cut out to 740 and 385. Next a piece of (material for sail) was cut out to form a simple sail shape of dimensions of, 760 by 400 to account for that the edges would wrap around the mast and boom. Duct tape was used to keep the wrapped edges as tight as possible and also at where the sail meets the mast near the bottom to further secure the sail.
Roll out the ball and with your thumb gently press the soil out over your foreigner to make a hanging ribbon
Using your hole punch, punch one hole approximately 1” from the end of your strips on all eight strips.
Step 4:Make sure the person holds the clothespin between their thumb and index finger and squeeze until the two ends meet.
Start out by braiding the base for your extensions. The base is the area that the exte...
For my preliminary work, I used a 50 mm piece of potato. It was easy
· Collect 3 cylinders, and then cut them into 6 pieces of 3 cm with a
Prepare silica gel column. Add 6 g of silica gel in 20 mL of hexane to make a slurry. Block column with small piece of glass wool, add 5 mL of hexane and then add the silica slurry up to the 10 cm mark.
Woodworking, a form of carpentry, has been around for centuries and overtime developed into a more modern art. Today people will mostly see woodwork in homes in the form of furniture and decorations, or even smaller things such as family heirlooms passed down by generations and simple crafts made by younger generations. The skill of woodworking, however, is not inherited but takes practice and years of experience to fully master. Even experienced woodworkers run into challenges sometimes. The key is to overcome that obstacle and find different ways to create something new from a piece of wood. It is interesting to see and go through the process in which a woodworker goes through
Once the supplies are gathered, the bead making process is ready to begin. The fimo color that will make up the center circle in the bead (in this case, yellow) is the color that is first readied. A piece of fimo with the diameter of a quarter and the width of a pencil, is pinched off from the larger slab of fimo. It is then rubbed between both hands in a circular motion until it is warm and no longer cracks when folded in half. Then, from that small, primed piece of fimo, a smaller, nickel-sized piece is pinched and rolled on a flat surface. The fimo is rolled into a cylindrical log that is approximately three inches long. It is important to ensure that the log is not too thin, meaning it does not easily pull apart.
If you are designing for carving in the round, it is necessary to design each side and trace it on. Then you use a saw and follow the out line on the sides. When that is finished, you can start carving.