1 -d +(- L²( 1-(옮)2 1 1 +(- 2L 1 L-() 엄+ 1-(금) 1 + L²(


1<br>-d<br>+(-<br>L²(<br>1-(옮)2<br>1<br>1<br>+(-<br>2L<br>1<br>L-()<br>엄+<br>1-(금)<br>1<br>+<br>L²(<br>

Extracted text: 1 -d +(- L²( 1-(옮)2 1 1 +(- 2L 1 L-() 엄+ 1-(금) 1 + L²(
L<br>d<br>The angle, 0, of separation between the electroscope leaves is given by<br>0 = 2 sin-<br>Where d is the distance between the tips of the leaves and L is the length of the<br>leaves.<br>In the laboratory, you will measure (d + oa) and (L ± oL), where od and oL are the<br>corresponding uncertainties in your measurements.<br>Using error propagation, determine the uncertainty on 0.<br>Og =<br>d<br>ƏL<br>1<br>Hint: Use the fact that 4sin¬<br>(x)<br>dx<br>V1-x2<br>

Extracted text: L d The angle, 0, of separation between the electroscope leaves is given by 0 = 2 sin- Where d is the distance between the tips of the leaves and L is the length of the leaves. In the laboratory, you will measure (d + oa) and (L ± oL), where od and oL are the corresponding uncertainties in your measurements. Using error propagation, determine the uncertainty on 0. Og = d ƏL 1 Hint: Use the fact that 4sin¬ (x) dx V1-x2

Jun 11, 2022
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