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Course Level Date Clip# Line Interlocutor Content
Oral Assessments Graduate 2019-08-16 2 193 S01 so the uh cylinder will be clo- I mean ☉sealed☉≈
Oral Assessments Graduate 2019-08-16 2 194 T01 +≈ hm
Oral Assessments Graduate 2019-08-16 2 195 S01 so when the- actually when the piston moves up
Oral Assessments Graduate 2019-08-16 2 196 S01 the uh fuel and air mixture inside that will be
Oral Assessments Graduate 2019-08-16 2 197 S01 compressed↘ so the pressure between xxx≈
Oral Assessments Graduate 2019-08-16 2 198 T02 +≈ mhm
Oral Assessments Graduate 2019-08-16 2 199 S01 this is actually an adi- adiabiatic (0.3)
Oral Assessments Graduate 2019-08-16 2 200 S01 compression↗
Oral Assessments Graduate 2019-08-16 2 201 UNK (.)
Oral Assessments Graduate 2019-08-16 2 202 S01 It's an adiabatic compression→ (0.6) and uh this
Oral Assessments Graduate 2019-08-16 2 203 S01 xxx when spark (0.4) spark uh plug actually um
Oral Assessments Graduate 2019-08-16 2 204 S01 we mentioned about it↘
Oral Assessments Graduate 2019-08-16 2 205 S01 spark plug will be (0.3) actually like (0.3)
Oral Assessments Graduate 2019-08-16 2 206 S01 triggered in this ⌈point then the compression
Oral Assessments Graduate 2019-08-16 2 207 T02 ⌊hm
Oral Assessments Graduate 2019-08-16 2 208 S01 will actually in- increase↘ I mean (0.3) add heat
Oral Assessments Graduate 2019-08-16 2 209 S01 to the system↘
Oral Assessments Graduate 2019-08-16 2 210 UNK (.)
Oral Assessments Graduate 2019-08-16 2 211 S01 so this is like uh (.) isochoric constant
Oral Assessments Graduate 2019-08-16 2 212 S01 volume→ (0.3) constant volume↘≈