Question

10 kHz E=8V (p-p) Tal. Vrp (med) Irp(med) Vrp(cal) Irp(cal) ?T(ms) T(ms) Br(med) Br(cal) (I) Measure with the meter Ir (rms) and then use the formula to find Irp VLp (med) ILp(med) VLp(cal) ILp(cal) ?T(ms) T(ms) BL(med) BL(cal) (I) Measure with the meter IL (rms) and then use the formula to find Irp 

          10 kHz
E=8V (p-p)
Tal.
Vrp (med) Irp(med) Vrp(cal) Irp(cal) ?T(ms) T(ms) Br(med) Br(cal)
(I)
Measure with the meter Ir (rms) and then use the formula to find Irp
VLp (med) ILp(med) VLp(cal) ILp(cal) ?T(ms) T(ms) BL(med) BL(cal)
(I)
Measure with the meter IL (rms) and then use the formula to find Irp
Show more…
10 kHz E=8V (p-p) Tal. Vrp (med) Irp(med) Vrp(cal) Irp(cal) ?T(ms) T(ms) Br(med) Br(cal) (I) Measure with the meter Ir (rms) and then use the formula to find Irp VLp (med) ILp(med) VLp(cal) ILp(cal) ?T(ms) T(ms) BL(med) BL(cal) (I) Measure with the meter IL (rms) and then use the formula to find Irp

Added by John C.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Text: 000 10ml ESV (PP) Channel 1 Vert. 1V/div Hor 20V/div Channel 2 VenVy Hor 20 Tat Vrp (mec) Irp (med) (1) Vrp (ca) trp (ca) T (ms) (paw) Dr (ca) Meese win motr Irrm and en u he oma o ind Ip VLp (med) ILp (med) (1) VLp (cal) ILp (cal) T (ms) T (ms) (paw) L (cal) Measure auith te meter 1l (rms) and then d thx forae to find Irp
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Transcript

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00:01 Hello, let us take a look at the given question.
00:02 So the question says an irreversible first order reaction is being carried out in a cstr and pfr of same volume.
00:08 The liquid flow rate are same.
00:10 So volume, it is same.
00:15 Liquid flow rate, so that is flow rate.
00:19 That is also same.
00:21 And we are asked to find out the relative conversion.
00:24 So, so the residence time, that is tau, residence time...
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