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Using the new values below, what is the speed of the marble as it passes through...
using the new values below, what is the speed ot the marble as it passes through...
using the new values below, what is the speed ot the marble as it passes through the photogate? Give your answer in cm/s. (Hint: This is a simple calculation.) t = 0.021土0.003 s d- 2.54 0.02 cm Your Answer Answer units Question 5 (2 points) To answer this question refer to the document Uncertainty Analysis Explained. Using the new values below, what is the percent uncertainty in the speed of the marble as it passes through the photogate? Round your...
cm/s Answer units Question 6 (1 point) Saved Using the new values below, what is the...
cm/s Answer units Question 6 (1 point) Saved Using the new values below, what is the absolute uncertainty in the speed of the marble as it passes through the photogate? (Hint: Just like you calculated in previous problem you will need to find the percent uncertainty for the speed. Then use that to find the absolute uncertainty.) t-0.024土0.003 s d 2.54 0.03 cm Your Answer: cm/s Answer units Submit Qulz 6 of 6 questions save 曲姇
Answer units Question 6 (1 point) Using the new values below, what is the absolute uncertainty...
Answer units Question 6 (1 point) Using the new values below, what is the absolute uncertainty in the speed of the marble as it passes through the photogate? (Hint: Just like you calculated in previous problem you will need to find the percent uncertainty for the speed. Then use that to find the absolute uncertainty.) t 0.021 0.003 s d = 2.54 ± 0.03 cm Your Answer: Answer units
Page 2 of 4 Question 2 (1 point) A marble rolls through a photogate located at...
Page 2 of 4 Question 2 (1 point) A marble rolls through a photogate located at the edge of a table and blocks the photogate for an average time of t-0.013-o.003 s. The diameter of the marble is d -2.53+0.01 cm. What is the speed of the marble in the vertical direction as it leaves the table? Give your answer in m/s. Your Answer: Answer units Next Page Page 2 of 4 Submit Qulz 0 of A questions saved
Page 1 of 4 Question 1 (1 point) A marble rolls through a photogate located at...
Page 1 of 4 Question 1 (1 point) A marble rolls through a photogate located at the edge of a table and blocks the photogate for an average time of t-0.016±0.009 s. The diameter of the marble is d # 2.50±0.01 cm. What is the speed of the marble in the horizontal direction as it leaves the table? Give your answer in m/s. Your Answer: Answer units Next Page Page 1 of 4 Page Submit Quizoof 4 questions saved
Example A harmonic wave with speed 8.0 m/s passes through a medium. At one point in...
Example A harmonic wave with speed 8.0 m/s passes through a medium. At one point in the medium, the displacement (y) as a function of time (t) has the form shown in the graph below. Determine the wavelength of the wave. displacement y (cm) 1 35 time
Class 37 1. The state diagram below is designed to output four values in sequence according to the following rules: W-2 passes through the sequence at double-speed, W-1 passes through the sequenc...
Class 37 1. The state diagram below is designed to output four values in sequence according to the following rules: W-2 passes through the sequence at double-speed, W-1 passes through the sequence at normal speed, and W-o causes the output to remain unchanged. Assume that W-3 cannot occur. 1 2 1 2 10000C a. (15 points) Draw the state table for this state diagram. b. (10 points) Use the following state assignments. A:00, B 01, c-10, D:11. Draw the state-assigned...
I Review Constants Periodic Table Part A What is the uncertainty of the position of the...
I Review Constants Periodic Table Part A What is the uncertainty of the position of the bacterium? A student is examining a bacterium under the microscope. The E. coli bacterial cell has a mass of m = 0.500 fg (where a femtogram, fg, is 10-15 g) and is swimming at a velocity of v = 1.00 um/s, with an uncertainty in the velocity of 9.00 % . E. coli bacterial cells are around 1 um (10-6 m) in length. The...
any help appreciated! especially checking with what i already have for sig figs! (2) Calculate the approximate random error ∆h = (1/2) [h(max) - h(min)], where h(max) and h(min) are the highest and...
any help appreciated! especially
checking with what i already have for sig figs!
(2)
Calculate the approximate random error ∆h
= (1/2) [h(max) - h(min)], where h(max) and h(min) are the highest
and lowest values of h. ∆h refers to the random error in each
measurement of h.
(3)
Calculate the average hav =
(1/8)[h1 + h2 +…+ h8] and the
error in the average ∆hav = ∆h/√8, of the eight trials.
∆hav gives an overall estimate for the random...
Tries for critical value: 5.3177, 1.86, 4.8205 A straight line is fitted to some data using...
Tries for critical value: 5.3177, 1.86, 4.8205
A straight line is fitted to some data using least squares. Summary statistics are below. n=10, 7=5,5=12, SSxx=142, SSxy=128, SSyy=155 The least squares intercept and slope are 7.50 and 0.90, respectively, and the ANOVA table is below. Source DF SSMS Regression 1 115.38 115.38 Residual 8 39.62 4.95 Total 9 155 What is the estimated mean value for y when x=10? 16.5000 (2 pt(s)] You are correct. Your receipt no. is 155-2037 Previous...
using the new values below, what is the speed ot the marble as it passes through the photogate? Give your answer in cm/s. (Hint: This is a simple calculation.) t = 0.021土0.003 s d- 2.54 0.02 cm Your Answer Answer units Question 5 (2 points) To answer this question refer to the document Uncertainty Analysis Explained. Using the new values below, what is the percent uncertainty in the speed of the marble as it passes through the photogate? Round your...
cm/s Answer units Question 6 (1 point) Saved Using the new values below, what is the absolute uncertainty in the speed of the marble as it passes through the photogate? (Hint: Just like you calculated in previous problem you will need to find the percent uncertainty for the speed. Then use that to find the absolute uncertainty.) t-0.024土0.003 s d 2.54 0.03 cm Your Answer: cm/s Answer units Submit Qulz 6 of 6 questions save 曲姇
Answer units Question 6 (1 point) Using the new values below, what is the absolute uncertainty in the speed of the marble as it passes through the photogate? (Hint: Just like you calculated in previous problem you will need to find the percent uncertainty for the speed. Then use that to find the absolute uncertainty.) t 0.021 0.003 s d = 2.54 ± 0.03 cm Your Answer: Answer units
Page 2 of 4 Question 2 (1 point) A marble rolls through a photogate located at the edge of a table and blocks the photogate for an average time of t-0.013-o.003 s. The diameter of the marble is d -2.53+0.01 cm. What is the speed of the marble in the vertical direction as it leaves the table? Give your answer in m/s. Your Answer: Answer units Next Page Page 2 of 4 Submit Qulz 0 of A questions saved
Page 1 of 4 Question 1 (1 point) A marble rolls through a photogate located at the edge of a table and blocks the photogate for an average time of t-0.016±0.009 s. The diameter of the marble is d # 2.50±0.01 cm. What is the speed of the marble in the horizontal direction as it leaves the table? Give your answer in m/s. Your Answer: Answer units Next Page Page 1 of 4 Page Submit Quizoof 4 questions saved
Example A harmonic wave with speed 8.0 m/s passes through a medium. At one point in the medium, the displacement (y) as a function of time (t) has the form shown in the graph below. Determine the wavelength of the wave. displacement y (cm) 1 35 time
Class 37 1. The state diagram below is designed to output four values in sequence according to the following rules: W-2 passes through the sequence at double-speed, W-1 passes through the sequence at normal speed, and W-o causes the output to remain unchanged. Assume that W-3 cannot occur. 1 2 1 2 10000C a. (15 points) Draw the state table for this state diagram. b. (10 points) Use the following state assignments. A:00, B 01, c-10, D:11. Draw the state-assigned...
I Review Constants Periodic Table Part A What is the uncertainty of the position of the bacterium? A student is examining a bacterium under the microscope. The E. coli bacterial cell has a mass of m = 0.500 fg (where a femtogram, fg, is 10-15 g) and is swimming at a velocity of v = 1.00 um/s, with an uncertainty in the velocity of 9.00 % . E. coli bacterial cells are around 1 um (10-6 m) in length. The...
any help appreciated! especially
checking with what i already have for sig figs!
(2)
Calculate the approximate random error ∆h
= (1/2) [h(max) - h(min)], where h(max) and h(min) are the highest
and lowest values of h. ∆h refers to the random error in each
measurement of h.
(3)
Calculate the average hav =
(1/8)[h1 + h2 +…+ h8] and the
error in the average ∆hav = ∆h/√8, of the eight trials.
∆hav gives an overall estimate for the random...
Tries for critical value: 5.3177, 1.86, 4.8205
A straight line is fitted to some data using least squares. Summary statistics are below. n=10, 7=5,5=12, SSxx=142, SSxy=128, SSyy=155 The least squares intercept and slope are 7.50 and 0.90, respectively, and the ANOVA table is below. Source DF SSMS Regression 1 115.38 115.38 Residual 8 39.62 4.95 Total 9 155 What is the estimated mean value for y when x=10? 16.5000 (2 pt(s)] You are correct. Your receipt no. is 155-2037 Previous...
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