On = relative uncertainty = x 100 nM + tane; tan@ 180 OM (degrees) relative uncertainty of nM (%) n; nM On Trial 1 1.03 22 2.4919 2.505 Trial 2 1.34 29 Trial 3 1.54 33 2.5626 6. Determine the average ny & on: Additionally, determine the relative uncertainty of the average ny- average nM = average on = relative uncertainty of average n = % 7. Complete the statement below so that it is true. "My ---Select-- v value of nm was the most precise because its --Select--
On = relative uncertainty = x 100 nM + tane; tan@ 180 OM (degrees) relative uncertainty of nM (%) n; nM On Trial 1 1.03 22 2.4919 2.505 Trial 2 1.34 29 Trial 3 1.54 33 2.5626 6. Determine the average ny & on: Additionally, determine the relative uncertainty of the average ny- average nM = average on = relative uncertainty of average n = % 7. Complete the statement below so that it is true. "My ---Select-- v value of nm was the most precise because its --Select--
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Please help me solve the following. Just the table and number 6.
Transcribed Image Text:On =
relative uncertainty =
x 100
nM
+
tane;
tan@
180
OM
(degrees)
relative uncertainty of nM
(%)
n;
nM
On
Trial 1 1.03 22
2.4919
2.505
Trial 2 1.34
29
Trial 3 1.54 33
2.5626
6. Determine the average ny & on: Additionally, determine the relative uncertainty of the average ny-
average nM =
average on =
relative uncertainty of average n =
%
7. Complete the statement below so that it is true.
"My ---Select-- v value of nm was the most precise because its --Select--
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