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QUESTION 1 Find the uncertainty in the moment of interia Moment of interia of a disk...
Find the uncertainty in the moment of interia. Moment of interia of a disk depends on mass and radius according to this function I(m,r) = 1/2 m r2. Your measured mass and radius have the following uncertainties delta m space equals space 1.82 kg and delta r space equals space 2.53 m. What is is the uncertainty in moment of interia, delta I , if the measured mass, m = 13.47 kg and the measured radius, r = 17.77 m?...
QUESTION 5 =02 kg and s eria of a disk depends on mass and radius according to trils Tunction I(m.r)- 1/2 mr Your measured mass and radius if the measured mass. m-799 kg and the measured Find the uncertainty in the moment of interia. Moment have the following uncertainties 011 m. What is is the uncertainty in moment of interia. radius, r 1926 m? Units are not needed in your answen QUESTION 5 =02 kg and s eria of a...
Find the uncertainty in the moment of inertia. Moment of interia of a disk depends on mass and radius according to this function I(m,r) = 1/2 m r2. Your measured mass and radius have the following uncertainties delta m space equals space 0.43 kg and delta r space equals space 0.11 m. What is is the uncertainty in moment of interia, delta I , if the measured mass, m = 6.43 kg and the measured radius, r = 10.14 m?
propagation of uncertainty please kindly solve all questions for a thumbs up! thank you! QUESTION 2 Find the uncertainty in the moment of interia. Moment of interia of a disk depends on mass and radius according to this function (m,r) = 1/2 m 12. Your measured mass and radius have the following uncertainties Sm = 0.36 kg and Sr = 0.39 m. What is is the uncertainty in moment of interia, SI, if the measured mass, m = 3.18 kg...
QUESTION 8 Find the uncertainty in a calculated average speed from the measurements of distance and time. Average speed depends on distance and time according to this function vitx)-x/t Your measured distance and time have the following values and uncertainties x-47 meters, x12 meters and t-87 seconds and St16 seconds. What is the uncertainty in the average speed, 5v? Units are not needed in your answer QUESTION 9 Find the uncertainty in a calculated electrical potential difference from the measurements...
QUESTION 19 Find the uncertainty in a calculated electrical potential difference from the measurements of current and resistance. Electric potential difference depends on current and resistance according to this function V(I,R) = IR. Your measured current and resistance have the following values and uncertainties | = 8.2 Amps, S1 = 0.43 Amps and R = 39.1 Ohms and SR = 0.36 Ohms. What is the uncertainty in the , SV ? Units are not needed in your answer. QUESTION 20...
Find the uncertainty in a calculated electrical potential difference from the measurements of current and resistance. Electric potential difference depends on current and resistance according to this function V(I,R) = IR. Your measured current and resistance have the following values and uncertainties I = 3.3 Amps, delta I space equals space 0.9 Amps and R = 87.5 Ohms and delta R space equals space 0.8 Ohms. What is the uncertainty in the , delta V
QUESTION 8 points Save Find the uncertainty in a calculated average speed from the measurements of distance and time. Average speed depends on distance and time according to this function vitx)-x/t. Your measured distance and time have the following values and uncertainties x-7 meters·5x-28 meters and t-5 seconds and & = 0 8 seconds what is the uncertainty in the average speed. 5v?Units are not needed in your answer QUESTION9 1 pointsSave Are Find the uncertainty in kinetic energy. Kinetic...
Find the uncertainty in kinetic energy. Kinetic energy depends on mass and velocity according to this function E(mv) - 1/2 m v2. Your measured mass and velo city have the following uncertainties 5m0.18 kg and Sv1.59 m/s. What i:s is the uncertainty in energy, SE, if the measured mass, m - 3.93 kg and the measured velocity, v- 12.43 m/s? Units are not needed in your answer.
A string is wrapped around a uniform disk of mass M = 2.2 kg and radius R = 0.1 m. (Recall that the moment of inertia of a uniform disk is (1/2) MR2.) Attached to the disk are four low-mass rods of radius b = 0.13 m, each with a small mass m = 0.7 kg at the end. The device is initially at rest on a nearly frictionless surface. Then you pull the string with a constant force F...