Does the tilt of the force table introduce some (systematic)error? Estimate this error if the tilt...
Does the tilt of the force table introduce some (systematic)error? Estimate this error if the tilt of the Force Table is measured to be of about 3 degrees.
Homework Answers
Yes it will, If the force table was tilted down on the side of the Masses , then the masses would also tilt down. This would affect the equilibrium between the two sides. So to balance both sides with equal Total Forces, then mass on the resultant side would have to be increased accordingly.
To calculate the error subtract component of two masses along the incline {(m sin(3)} form the mass calculated and get the difference between these two masses.
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Does the tilt of the force table introduce some
(systematic)error? Estimate this error if the tilt...
The final step of experiment in Lab6 is to estimate the systematic uncertainty of your final...
The final step of experiment in Lab6 is to estimate the systematic uncertainty of your final measurement due to the variations of the parameters you measured in the lab. Equations (6.7) and (6, 8) in your lab manual give expressions for e/m and the relative error of e/m due to all of the parameters measured in the lab. (Sigma _e/m/e/m)^2 = (sigma _v/V)^2+(2 sigma _O/I^2+2 sigma _R/R)^2+(2 sigma _r/r))^2 Term # 1 2 3 4 Assume your mean measurements of...
4- You estimate the temperature outside is 65 degrees Fahrenheit. After checking the local weather report,...
4- You estimate the temperature outside is 65 degrees Fahrenheit. After checking the local weather report, you find that the temperature is actually 61 degrees Fahrenheit. What is the percent error of your temperature estimate? 1) -6.1%, 2)6.6%, 3)-6.5%, 4) 0.06%, 5)6.6% error, 6) 6.5%error, 7) 6.6%percent error, 8) 6.5 percent error. 5- You should report a scientifically measured result as: measured quantity = ______ ± ________. 1) average, mean value 2)average, standard deviation 3)variance, percent error 4) mean value,...
Data for a force sensor is given in the table below (Force is the input, x,...
Data for a force sensor is given in the table below (Force is the input, x, Voltage is the output, y.). a. Find the slope and y-intercept of the least-squares best-fit line through the data. b. Estimate the standard error of the fit. C. Find the 95% confidence interval of the best-fit line. Force (N) Vout (V) 62.0 1.05 63.0 1.41 64.0 1.93 65.0 2.46 66.0 3.03 67.0 3.59 68.0 3.88 69.0 4.48 70.0 5.04 71.0 5.51
b: The torque transducer specified in Table below is chosen to measure a nominal torque of 100°N.m. The ambient temperature is expected to vary between 1 5 and 2S"C during tests. Estimate the...
b: The torque transducer specified in Table below is chosen to measure a nominal torque of 100°N.m. The ambient temperature is expected to vary between 1 5 and 2S"C during tests. Estimate the magnitude of the total error affecting the measured torque Operation 100N.m to10kNm :0.05% of reading +0,05% ofreading +0.05% ofreading 0.05% ofFSO Range Accuracy error Non-linearity error Hysteresis error Sensitivity error
b: The torque transducer specified in Table below is chosen to measure a nominal torque of 100°N.m....
consider the anova table regression. 4. 4189.87. 1046.47. 19.20 residual error 51. 2782.34. 54.56 total. 55....
consider the anova table regression. 4. 4189.87. 1046.47. 19.20 residual error 51. 2782.34. 54.56 total. 55. 6972.21 determine the standard error estimate about 95% of the resudual will be between what two values?
QUESTION 3 4 points Save Answer Errors are defined as systematic if they consistently occur for...
QUESTION 3 4 points Save Answer Errors are defined as systematic if they consistently occur for every reaction performed, or as random if they occur accidently for only one reaction. Decide if each of the following errors is systematic or random Doc is in a hurry to start the last titration and uses his Systeatic error pipet bulb to force the measured liquid out of the pipet B.Randomero into the flask. He "blows out" the pipet tip Noke generally reads...
Below is an ANOVA summary table for a 3x5 ANOVA reflecting the data of 12 subjects....
Below is an ANOVA summary table for a 3x5 ANOVA reflecting the data of 12 subjects. Some of the df are incorrect, and/or it may be missing degrees of freedom. Use the blank space below to fix the incorrect and/or provide the missing degrees of freedom (do not do more than this). What type of ANOVA design does this table represent? Source SS Df MS F Subjects 11 A 2 Error A 21 B 4 Error B 11 AxB 8...
Below is an ANOVA summary table for a 3x5 ANOVA reflecting the data of 18 subjects....
Below is an ANOVA summary table for a 3x5 ANOVA reflecting the data of 18 subjects. Some of the df are incorrect, and/or it may be missing degrees of freedom. Use the blank space below to fix the incorrect and/or provide the missing degrees of freedom (do not do more than this). What type of ANOVA design does this table represent? MS F Source SS Subjects A Error A B Error B AxB Total Df 17 2 33 14 17...
Consider the following table: SS DF MS F Among Treatments 5917.15 1183.43 4.26 Error ? Total 9253.99 17 Step 1 of 8: Calculate the sum of squares of experimental error. Please...
Consider the following table: SS DF MS F Among Treatments 5917.15 1183.43 4.26 Error ? Total 9253.99 17 Step 1 of 8: Calculate the sum of squares of experimental error. Please round your answer to two decimal places. Step 2 of 8: Calculate the degrees of freedom among treatments. Step 3 of 8: Calculate the degrees of freedom of experimental error. Step 4 of 8: Calculate the mean square of the experimental error. Please round your answer to two decimal...
The table shows values of a force function f(x), where x is measured in meters and...
The table shows values of a force function f(x), where x is measured in meters and f(x) in newtons. Use Simpson's Rule to estimate the work done by the force in moving an object a distance of 18 m. 149 x joules 03 6 9 12 15 18 f(x) 9.6 9.4 8.5 8.27.77.67.2 Need Help? Read It Talk to a Tutor
The final step of experiment in Lab6 is to estimate the systematic uncertainty of your final measurement due to the variations of the parameters you measured in the lab. Equations (6.7) and (6, 8) in your lab manual give expressions for e/m and the relative error of e/m due to all of the parameters measured in the lab. (Sigma _e/m/e/m)^2 = (sigma _v/V)^2+(2 sigma _O/I^2+2 sigma _R/R)^2+(2 sigma _r/r))^2 Term # 1 2 3 4 Assume your mean measurements of...
Data for a force sensor is given in the table below (Force is the input, x, Voltage is the output, y.). a. Find the slope and y-intercept of the least-squares best-fit line through the data. b. Estimate the standard error of the fit. C. Find the 95% confidence interval of the best-fit line. Force (N) Vout (V) 62.0 1.05 63.0 1.41 64.0 1.93 65.0 2.46 66.0 3.03 67.0 3.59 68.0 3.88 69.0 4.48 70.0 5.04 71.0 5.51
b: The torque transducer specified in Table below is chosen to measure a nominal torque of 100°N.m. The ambient temperature is expected to vary between 1 5 and 2S"C during tests. Estimate the magnitude of the total error affecting the measured torque Operation 100N.m to10kNm :0.05% of reading +0,05% ofreading +0.05% ofreading 0.05% ofFSO Range Accuracy error Non-linearity error Hysteresis error Sensitivity error
b: The torque transducer specified in Table below is chosen to measure a nominal torque of 100°N.m....
QUESTION 3 4 points Save Answer Errors are defined as systematic if they consistently occur for every reaction performed, or as random if they occur accidently for only one reaction. Decide if each of the following errors is systematic or random Doc is in a hurry to start the last titration and uses his Systeatic error pipet bulb to force the measured liquid out of the pipet B.Randomero into the flask. He "blows out" the pipet tip Noke generally reads...
Below is an ANOVA summary table for a 3x5 ANOVA reflecting the data of 18 subjects. Some of the df are incorrect, and/or it may be missing degrees of freedom. Use the blank space below to fix the incorrect and/or provide the missing degrees of freedom (do not do more than this). What type of ANOVA design does this table represent? MS F Source SS Subjects A Error A B Error B AxB Total Df 17 2 33 14 17...
The table shows values of a force function f(x), where x is measured in meters and f(x) in newtons. Use Simpson's Rule to estimate the work done by the force in moving an object a distance of 18 m. 149 x joules 03 6 9 12 15 18 f(x) 9.6 9.4 8.5 8.27.77.67.2 Need Help? Read It Talk to a Tutor
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