If R = R1L2/L3, what is the measurement error dR based on the rules of error...
If R = R1L2/L3, what is the measurement error dR based on the rules of error propagation, in term of the uncertainties of dR1, dL2, and dL3? Question 8 options:
A) dR = dR1 x dL2/dL3
B) dR = dR1 + dL2 - dL3
C) dR = R(dR1/R1 + dL2/L2 - dL3/L3)
D) dR/R = dR1/R1 + dL2/L2 + dL3/L3
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If R = R1L2/L3, what is the measurement error dR based on the
rules of error...
Error Propagation What is error propagation? A question in error propagation is that when we take...
Error Propagation What is error propagation? A question in error propagation is that when we take a product of measurements we do what with the uncertainties? Should our uncertainties get bigger or smaller as they propagate through the formulas? Take a square and measure one side. What happens to the uncertainties when you calculate Area? Can this be beneficial when our product contains measurements of different units? The rule is to find the relative uncertainty in a product of measurements...
please solve problems 1 and problems 2. PROBLEM 1: Derive state-space equations for the following circuit in the form of L1 where χ = :L2 L3 L1 and (a) y 7 V L3 R1 L1 L3 R3 Vt R2 Vc し2 (c) For Part (...
please solve problems 1 and
problems 2.
PROBLEM 1: Derive state-space equations for the following circuit in the form of L1 where χ = :L2 L3 L1 and (a) y 7 V L3 R1 L1 L3 R3 Vt R2 Vc し2 (c) For Part (a), use the file CircuitStateSpace.slx (define the four matrices in Matlab) to verify your derivation using the following numerical values: R1-1; R3-1 R2-10; L1-1e-3 L3-1e-3 L2-10e-2 ; C1-10e-6 PROBLEM 2: (a) What are eigenvalues of the...
Review of Measurement Uncertainty Calculations Here are the rules for propagating uncertainties through a calculation Addition:...
Review of Measurement Uncertainty Calculations Here are the rules for propagating uncertainties through a calculation Addition: z m x + y δ,: 8x + 6y This works for any nunter of terms Subtraction:zx-y o&x + 5y This also works for any number of terns Multiplication by an exact value: z kx 82-kEx General multiplication/division: z-xy or z-:-a-Irl ) (This works for any number of factors) Exact power: z r-δε-121k] sine function: Z t, sin χ-82 tt lcos xlsr Cosine function...
Q6. Error Analysis: Suppose that we determine F by measuring m,r,ro, and I, for the experimental...
Q6. Error Analysis: Suppose that we determine F by measuring m,r,ro, and I, for the experimental setup shown in Fig. 1.1. - C To do this, we use the formula: F - mgri – ro) = mgr1 . (1.4) If m = m + Am, ro = ro + Aro,r1 = t1 = Arı, and l = 7 + Al, show that the fractional uncertainty, F., in the calculated Fc can be expressed as: FC = |(97) + comode #camos?...
What is the SCL equation for your regression output? A D 1 SUMMARY OUTPUT 2 Regression Statistics L3 4 Multiple R 5...
What is the SCL equation for your regression output?
A D 1 SUMMARY OUTPUT 2 Regression Statistics L3 4 Multiple R 5 R Square 6 Adjusted R Square 7 Standard Error 8 Observations 0.147788325 0.021841389 0.004680712 0.112847351 59 10 11 12 Coefficients Standard Error P-value 0.015008141 0.043055201 0.965808003 t Stat 13 Intercept 14 S&P 500 HPR 0.000646179 0.490477908 0.434756954 1.128165755 0.263976201 15
A D 1 SUMMARY OUTPUT 2 Regression Statistics L3 4 Multiple R 5 R Square 6 Adjusted R...
18. A systematic error affectsof a measurement a) the precision What is the formula for the...
18. A systematic error affectsof a measurement a) the precision What is the formula for the percent difference between μexperimental and Haccepted? a) [(leperimental + HacceptedYuaccepted] x 100% b) [(llexperimental-Haccepted)/(lexperimental + Haccepted)] x 100% c) [(lHexperimental-HacceptedDuaccepted] x 100% d) [(Ilexperimental-Hacceptedlylexperimenta] x 100% e) None of the above. If a digital multi-meter measures the electric potential of a circuit element to be 2.04 volts, then the b) the accuracy c) both the accuracy and precision 19, count of the "voltmeter" is...
18. A systematic error affectsof a measurement a) the precision What is the formula for the...
18. A systematic error affectsof a measurement a) the precision What is the formula for the percent difference between μexperimental and Haccepted? a) [(leperimental + HacceptedYuaccepted] x 100% b) [(llexperimental-Haccepted)/(lexperimental + Haccepted)] x 100% c) [(lHexperimental-HacceptedDuaccepted] x 100% d) [(Ilexperimental-Hacceptedlylexperimenta] x 100% e) None of the above. If a digital multi-meter measures the electric potential of a circuit element to be 2.04 volts, then the b) the accuracy c) both the accuracy and precision 19, count of the "voltmeter" is...
Using the addition and subtraction rule for propagation of uncertainties, select the expression for the uncertainty...
Using the addition and subtraction rule for propagation of uncertainties, select the expression for the uncertainty in the net force. Form: r = x ± y Rule: Δr = Δx + Δy Question 1 options: A) ΔFnet = ΔF1 - ΔF2 B) ΔFnet = ΔF1 + ΔF2 C) ΔFnet = Δx + Δy D) ΔFnet = 3 Question 2 (1 point) Saved If the results of the force measurements are F1 = (12.2 ± 0.9) N and F2 = (19.8...
Based on the error corretion algorithm discussed in ch6, Assume data are processed in 2048 bits,...
Based on the error corretion algorithm discussed in ch6, Assume data are processed in 2048 bits, in order to perform SEC-DED (single error correction and double error detection), what is the best length of the check bits? Question 5 options: A 13 B 14 C 11 D 12 Question 6 (3 points) Consider a magnetic disk drive with 8 double sided platters, 2000 tracks per disk surface. Each track has a capacity 2048 KBytes. Sector size is 2KBytes. Each disk...
Please show all work: 5. Conceptual question, no calculations are required. You have a 4 V...
Please show all work:
5. Conceptual question, no calculations are required. You have a 4 V battery, E, and two resistors, R and R2, that you configure in two different ways, A and B, shown below. Assume that R2 is twice as large as R1. A) For configuration A, what is the current l3 (expressed in terms of the other currents)? B) for configuration B, what is the current l3 (expressed in terms of the other currents)? C) Which configuration...
Error Propagation What is error propagation? A question in error propagation is that when we take a product of measurements we do what with the uncertainties? Should our uncertainties get bigger or smaller as they propagate through the formulas? Take a square and measure one side. What happens to the uncertainties when you calculate Area? Can this be beneficial when our product contains measurements of different units? The rule is to find the relative uncertainty in a product of measurements...
please solve problems 1 and
problems 2.
PROBLEM 1: Derive state-space equations for the following circuit in the form of L1 where χ = :L2 L3 L1 and (a) y 7 V L3 R1 L1 L3 R3 Vt R2 Vc し2 (c) For Part (a), use the file CircuitStateSpace.slx (define the four matrices in Matlab) to verify your derivation using the following numerical values: R1-1; R3-1 R2-10; L1-1e-3 L3-1e-3 L2-10e-2 ; C1-10e-6 PROBLEM 2: (a) What are eigenvalues of the...
Review of Measurement Uncertainty Calculations Here are the rules for propagating uncertainties through a calculation Addition: z m x + y δ,: 8x + 6y This works for any nunter of terms Subtraction:zx-y o&x + 5y This also works for any number of terns Multiplication by an exact value: z kx 82-kEx General multiplication/division: z-xy or z-:-a-Irl ) (This works for any number of factors) Exact power: z r-δε-121k] sine function: Z t, sin χ-82 tt lcos xlsr Cosine function...
Q6. Error Analysis: Suppose that we determine F by measuring m,r,ro, and I, for the experimental setup shown in Fig. 1.1. - C To do this, we use the formula: F - mgri – ro) = mgr1 . (1.4) If m = m + Am, ro = ro + Aro,r1 = t1 = Arı, and l = 7 + Al, show that the fractional uncertainty, F., in the calculated Fc can be expressed as: FC = |(97) + comode #camos?...
What is the SCL equation for your regression output?
A D 1 SUMMARY OUTPUT 2 Regression Statistics L3 4 Multiple R 5 R Square 6 Adjusted R Square 7 Standard Error 8 Observations 0.147788325 0.021841389 0.004680712 0.112847351 59 10 11 12 Coefficients Standard Error P-value 0.015008141 0.043055201 0.965808003 t Stat 13 Intercept 14 S&P 500 HPR 0.000646179 0.490477908 0.434756954 1.128165755 0.263976201 15
A D 1 SUMMARY OUTPUT 2 Regression Statistics L3 4 Multiple R 5 R Square 6 Adjusted R...
18. A systematic error affectsof a measurement a) the precision What is the formula for the percent difference between μexperimental and Haccepted? a) [(leperimental + HacceptedYuaccepted] x 100% b) [(llexperimental-Haccepted)/(lexperimental + Haccepted)] x 100% c) [(lHexperimental-HacceptedDuaccepted] x 100% d) [(Ilexperimental-Hacceptedlylexperimenta] x 100% e) None of the above. If a digital multi-meter measures the electric potential of a circuit element to be 2.04 volts, then the b) the accuracy c) both the accuracy and precision 19, count of the "voltmeter" is...
18. A systematic error affectsof a measurement a) the precision What is the formula for the percent difference between μexperimental and Haccepted? a) [(leperimental + HacceptedYuaccepted] x 100% b) [(llexperimental-Haccepted)/(lexperimental + Haccepted)] x 100% c) [(lHexperimental-HacceptedDuaccepted] x 100% d) [(Ilexperimental-Hacceptedlylexperimenta] x 100% e) None of the above. If a digital multi-meter measures the electric potential of a circuit element to be 2.04 volts, then the b) the accuracy c) both the accuracy and precision 19, count of the "voltmeter" is...
Please show all work:
5. Conceptual question, no calculations are required. You have a 4 V battery, E, and two resistors, R and R2, that you configure in two different ways, A and B, shown below. Assume that R2 is twice as large as R1. A) For configuration A, what is the current l3 (expressed in terms of the other currents)? B) for configuration B, what is the current l3 (expressed in terms of the other currents)? C) Which configuration...
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