4. Network flow is normally distributed with a mean of 570 bytes/packet and a standard deviation of 30 bytes/packet. (Round final answers to 4 decimal places) a) Find the probability that network flow would be less than 560 bytes/packet. b) Find the probability that network flow would be more than 600 bytes/packet. c) Find the probability that network flow would be between 580 and 620 bytes/packet.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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4. Network flow is normally distributed with a mean of 570 bytes/packet and a standard
deviation of 30 bytes/packet.
(Round final answers to 4 decimal places)
a) Find the probability that network flow would be less than 560 bytes/packet.
b) Find the probability that network flow would be more than 600 bytes/packet.
c) Find the probability that network flow would be between 580 and 620 bytes/packet.
5. Find the equation of the line of best fit for the data below:
y
30
28
20
15
6.
10
x124 5o
Transcribed Image Text:Paragraph Styles 4. Network flow is normally distributed with a mean of 570 bytes/packet and a standard deviation of 30 bytes/packet. (Round final answers to 4 decimal places) a) Find the probability that network flow would be less than 560 bytes/packet. b) Find the probability that network flow would be more than 600 bytes/packet. c) Find the probability that network flow would be between 580 and 620 bytes/packet. 5. Find the equation of the line of best fit for the data below: y 30 28 20 15 6. 10 x124 5o
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