Part 2: Error Propagation Practice- Directions: Use error propagation to calculate the uncertainty and percent uncertainty of the dependent quantity in terms of the measured quantities shown (independent variables). Remember, given A=A(x,y,z,...) where the measured quantities have uncertainties 8x,y,z.... then SA= ДА J) (5x)² + ( 34 )* (Sy)² + ( 1 )* (²) *+ ... əx ду əz y is the measured quantity with uncertainty 1. Z=mey ☐y, m is a constant. 2. P=4L+3W uncertainty L & W are measured quantities with L and W

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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Part 2: Error Propagation Practice-1
Directions: Use error propagation to calculate the
uncertainty and percent uncertainty of the dependent
quantity in terms of the measured quantities shown
(independent variables).
Remember, given
A=A(x,y,z,...) where the measured quantities have uncertainties Sx,y,z,... then
SA =
А
əx
² (8x)² + ( A ) (Sy)² +
(3)
(8₂)² +
+...
1. z=mey y is the measured quantity with uncertainty
☐y, m is a constant.
2. P=4L+3W L & W are measured quantities with
uncertainty L and W
3. z=3x-5y x & y are measured quantities with
uncertainty x andy
4. I=A/r², r is a measured quantity with uncertainty ☐r,
A is a constant.
5. N=0.5rpR¹h, R & h are measured quantities with
Transcribed Image Text:Part 2: Error Propagation Practice-1 Directions: Use error propagation to calculate the uncertainty and percent uncertainty of the dependent quantity in terms of the measured quantities shown (independent variables). Remember, given A=A(x,y,z,...) where the measured quantities have uncertainties Sx,y,z,... then SA = А əx ² (8x)² + ( A ) (Sy)² + (3) (8₂)² + +... 1. z=mey y is the measured quantity with uncertainty ☐y, m is a constant. 2. P=4L+3W L & W are measured quantities with uncertainty L and W 3. z=3x-5y x & y are measured quantities with uncertainty x andy 4. I=A/r², r is a measured quantity with uncertainty ☐r, A is a constant. 5. N=0.5rpR¹h, R & h are measured quantities with
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