Transcript Table

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Results of Search: 176,291 lines — Showing 82241 - 82260.
Course Level Date Clip# Line Interlocutor Content
- - - 1 131 UNK (1.7)
- - - 1 132 T01 o:r near-sighted→ so what happens here is (.) e:: h
- - - 1 133 T01 (2.2)
- - - 1 134 T01 the:
- - - 1 135 T01 (3.3)
- - - 1 136 T01 eh it onverges- the eye lens start converging the rays more sharply
- - - 1 137 T01 ∆so because of∆ ⁇which the ray⁇ is formed in front of the retina↘
- - - 1 138 T01 .hh so if you wanted to not converge as sharply→ you would want
- - - 1 139 T01 to use the diverging lens→ which would open out the rays a little
- - - 1 140 T01 bit→ and so (.)(they will be) when they hit the eye lens→
- - - 1 141 T01 (0.9)
- - - 1 142 T01 e:h
- - - 1 143 UNK (0.5)
- - - 1 144 T01 they form the image correctly °okay°→ so you- experiment you'll
- - - 1 145 T01 simulate these defects by moving the diaphragm→ obviously we cannot
- - - 1 146 T01 .hh you know- u:h simulate the defects of lens→ but what we are
- - - 1 147 T01 going to do is simulate .hh we're going to change the position of
- - - 1 148 T01 the diaphragm ∆so instead of having it in a normal position→∆ .hh
- - - 1 149 T01 we move it front or back and then simulate a coresponding defect→
- - - 1 150 T01 .hh and e:h then we'll correct this defect by using a lens of the-