Part 1: Static Friction Wik 1. Fint fd the coff of static b the incle of...

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Part 1: Static Friction Wik 1. Fint fd the coff of static b the incle of the ramp at the Mack the angle the rp me with the trial T Ariel 2 trial 4 (degrees) 31" 38 26" 30* 24° (average # 28.2 2. Next calculate the standard deviation and c 1.516 7. = 1.516 3 Nest find the standard deviations of the s (N-1) (31-21 2)² + (50-15-3) -16-21-41² 41 33-292)* + (24-21.23² . (5-1) end of the ramp on the calde, very sky in de Hdd the camp still while a = 0.6779" your work. The Si portare into the following table 4. Draw a picture of the block sitting on the ramp, and then draw a free body diagram for the block. ther and y axes next to your picture. F17 & triangle repiting FFw your BUD figye Frus 222 = kami gy for fys the and off Lyour as a faction of 6. Nay we'ving for the ce where the Mockin's siding down the rang, but if the min were the at a slightly higher angle, then the bork would start to de In this case, the Mock n't saling dow the rup, so it's not scresting Solve Fi+Pa+ ma, to End Fy Leave your ver hartion of m 7. Solve F+For+ma, to find. Use your rewalt from question 5 * Calculate the uncertainty in your measurement of p. It only depends on one mazement, 8. Note 3 is mitless and therefom , should be unities as well. However, angles in depres carry units (units of degrees). Radians are the unities way of talking about angles. You'll need to convert your e into radians before you can use it to solve for ,. The conversion in mesurement in degr measurement in radians What is ay in radisce? 9. The uncertainty in the coefficient of static friction is given by 5. Draw a triangle representing Fg and the and y components of Fry Write an expension be Fes and Fy using your average angle and some trig. Leave your answer as a function of m 172 Fig. Fyrus 28.2 = Fg homes. Egy Fin-Fay In-Foy MA 6. Say we're solving for the case where the block isn't sliding down the ramp, but if the ramp were tilted at a slightly higher angle, then the block would start to slide. In this case, the block isn's sliding down the ramp, so it's not accelerating, Solve Fiy + Fay+ma, to find Fx. Leave your answer an function of m. 7. Solve Fie+Far+ma, to find .. Use your result from question 5. Fts FW MS Part 1: Static Friction 1. First find the coefficient of static friction. With c the incline of the ramp until the block just start. measures the angle the ramp makes with the hor Repeat this procedure 5 times, and then averag- 0 (degrees) trial # trial 1 trial 2 trial 3 trial 4 trial 5 31° 30° 0 (average 0) U₂⁰ 30° 24° 28.20 2. Next calculate the standard deviation and sho √ 131-2-8-2)² + (30-75,3)² +116₁ 9 2 σ0 = 28 212 7. Solve Fi +Far+...ma, to find .. Use your result from question 5. Fts F43 8. Calculate the uncertainty in your measurement of .. It only depends on one measurement, 8. Note ₂ is unitless and therefore o, should be unitless as well. However, angles in degrees carry units (units of degrees). Radians are the unitless way of talking about angles. You'll need to convert your o into radians before you can use it to solve for o,. The conversion is: measurement in degrees x180 = measurement in radians. What is o in radians? 9. The uncertainty in the coefficient of static friction is given by: 3 Part 1: Static Friction Wik 1. Fint fd the coff of static b the incle of the ramp at the Mack the angle the rp me with the trial T Ariel 2 trial 4 (degrees) 31" 38 26" 30* 24° (average # 28.2 2. Next calculate the standard deviation and c 1.516 7. = 1.516 3 Nest find the standard deviations of the s (N-1) (31-21 2)² + (50-15-3) -16-21-41² 41 33-292)* + (24-21.23² . (5-1) end of the ramp on the calde, very sky in de Hdd the camp still while a = 0.6779" your work. The Si portare into the following table 4. Draw a picture of the block sitting on the ramp, and then draw a free body diagram for the block. ther and y axes next to your picture. F17 & triangle repiting FFw your BUD figye Frus 222 = kami gy for fys the and off Lyour as a faction of 6. Nay we'ving for the ce where the Mockin's siding down the rang, but if the min were the at a slightly higher angle, then the bork would start to de In this case, the Mock n't saling dow the rup, so it's not scresting Solve Fi+Pa+ ma, to End Fy Leave your ver hartion of m 7. Solve F+For+ma, to find. Use your rewalt from question 5 * Calculate the uncertainty in your measurement of p. It only depends on one mazement, 8. Note 3 is mitless and therefom , should be unities as well. However, angles in depres carry units (units of degrees). Radians are the unities way of talking about angles. You'll need to convert your e into radians before you can use it to solve for ,. The conversion in mesurement in degr measurement in radians What is ay in radisce? 9. The uncertainty in the coefficient of static friction is given by 5. Draw a triangle representing Fg and the and y components of Fry Write an expension be Fes and Fy using your average angle and some trig. Leave your answer as a function of m 172 Fig. Fyrus 28.2 = Fg homes. Egy Fin-Fay In-Foy MA 6. Say we're solving for the case where the block isn't sliding down the ramp, but if the ramp were tilted at a slightly higher angle, then the block would start to slide. In this case, the block isn's sliding down the ramp, so it's not accelerating, Solve Fiy + Fay+ma, to find Fx. Leave your answer an function of m. 7. Solve Fie+Far+ma, to find .. Use your result from question 5. Fts FW MS Part 1: Static Friction 1. First find the coefficient of static friction. With c the incline of the ramp until the block just start. measures the angle the ramp makes with the hor Repeat this procedure 5 times, and then averag- 0 (degrees) trial # trial 1 trial 2 trial 3 trial 4 trial 5 31° 30° 0 (average 0) U₂⁰ 30° 24° 28.20 2. Next calculate the standard deviation and sho √ 131-2-8-2)² + (30-75,3)² +116₁ 9 2 σ0 = 28 212 7. Solve Fi +Far+...ma, to find .. Use your result from question 5. Fts F43 8. Calculate the uncertainty in your measurement of .. It only depends on one measurement, 8. Note ₂ is unitless and therefore o, should be unitless as well. However, angles in degrees carry units (units of degrees). Radians are the unitless way of talking about angles. You'll need to convert your o into radians before you can use it to solve for o,. The conversion is: measurement in degrees x180 = measurement in radians. What is o in radians? 9. The uncertainty in the coefficient of static friction is given by: 3

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The provided images include text and figures from a physics lab activity focused on static friction and related calculations Well go over the instructions and each of the stepsquestions to solve the l... View the full answer