Difference between revisions of "Test in Plane for Theta at 20 degrees and Phi at 1 degree"
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(Created page with "==Test for <math>\theta=20</math> and <math>\phi=1</math>== All previous quantities where calculated for <math>\theta=20^{\circ}</math> and do not depend on the angle <math>\phi<…") |
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The two possible answers denote shifting to the left on right on the y axis. We take the direction of positive and negative to be the same as the sign convention for the angle phi starting on the x axis and shifting positive clockwise. A shift of 1 degree in phi at theta equal to 20 degrees only results in a small change in the x and y. This changes depending on the angles. | The two possible answers denote shifting to the left on right on the y axis. We take the direction of positive and negative to be the same as the sign convention for the angle phi starting on the x axis and shifting positive clockwise. A shift of 1 degree in phi at theta equal to 20 degrees only results in a small change in the x and y. This changes depending on the angles. | ||
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+ | =[[VanWasshenova_Thesis#DC_Super_Layer_1:Layer_1|<-Back]]= | ||
+ | =[[Function_for_change_in_x%27,_Lab_frame|Forward->]]= |
Revision as of 04:42, 4 March 2017
Test for and
All previous quantities where calculated for
and do not depend on the angle . The quantities that do change
Using the pythagorean theorem
The two possible answers denote shifting to the left on right on the y axis. We take the direction of positive and negative to be the same as the sign convention for the angle phi starting on the x axis and shifting positive clockwise. A shift of 1 degree in phi at theta equal to 20 degrees only results in a small change in the x and y. This changes depending on the angles.