The time required to assemble a part of a machine follows an exponential probability distribution. The average time to assemble the part is 10 minutes. What is the probability that the part can be assembled in 3 to 7 minutes? O 0.2592 O 0.4966 0.2442 O 0.5034
The time required to assemble a part of a machine follows an exponential probability distribution. The average time to assemble the part is 10 minutes. What is the probability that the part can be assembled in 3 to 7 minutes? O 0.2592 O 0.4966 0.2442 O 0.5034
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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![The time required to assemble a part of a machine follows an exponential probability distribution. The average time to
assemble the part is 10 minutes. What is the probability that the part can be assembled in 3 to 7 minutes? 0.2592 0.4966 O
0.2442 0.5034
The time required to assemble a part of a machine follows an exponential probability distribution.
The average time to assemble the part is 10 minutes.
What is the probability that the part can be assembled in 3 to 7 minutes?
O 0.2592
0.4966
O 0.2442
O 0.5034](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1f7ddc63-0476-43d4-9b2d-15e8070b202a%2F6a5e0119-c983-4acc-8aad-4c82241b1197%2F3hf6qaw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The time required to assemble a part of a machine follows an exponential probability distribution. The average time to
assemble the part is 10 minutes. What is the probability that the part can be assembled in 3 to 7 minutes? 0.2592 0.4966 O
0.2442 0.5034
The time required to assemble a part of a machine follows an exponential probability distribution.
The average time to assemble the part is 10 minutes.
What is the probability that the part can be assembled in 3 to 7 minutes?
O 0.2592
0.4966
O 0.2442
O 0.5034
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