Questions 2 and 3 are individual parts. That is, each group member is to answer the questions for a different day, according to the following list: Member 1: Day 4 Member 2: Day 6 Member 3: Day 8 Member 4: Day 10 2. Estimate the average rate of flow from three days before your day until your day; from two days before your day until your day; from one day before your day until your day. Also estimate the average rate of flow from your day until three days after your day; from your day until two days after your day; from your day until one day after your day. Copyright 1994 John Wiley & Sons, Inc. 224 3. Estimate the instantaneous rate of flow on your day.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Questions 2 and 3 are individual parts. That is, each group member is to
answer the questions for a different day, according to the following list:
Member 1: Day 4
Member 2: Day 6
Member 3: Day 8
Member 4: Day 10
2. Estimate the average rate of flow from three days before your day until your
day; from two days before your day until your day; from one day before your
day until your day. Also estimate the average rate of flow from your day until
three days after your day; from your day until two days after your day; from
your day until one day after your day.
Copyright 1994 John Wiley & Sons, Inc.
224
3. Estimate the instantaneous rate of flow on your day.
Transcribed Image Text:Questions 2 and 3 are individual parts. That is, each group member is to answer the questions for a different day, according to the following list: Member 1: Day 4 Member 2: Day 6 Member 3: Day 8 Member 4: Day 10 2. Estimate the average rate of flow from three days before your day until your day; from two days before your day until your day; from one day before your day until your day. Also estimate the average rate of flow from your day until three days after your day; from your day until two days after your day; from your day until one day after your day. Copyright 1994 John Wiley & Sons, Inc. 224 3. Estimate the instantaneous rate of flow on your day.
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