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1. A bumblebee was released and started to travel along a straight horizontal line. The directed distance of the bee from its hive t seconds after it was released is equal to t3 - 6t² – 15t + 60 meters. a. Where is the bumblebee located at the instant/s that it changed direction? b. At what time interval/s is the bumblebee's speed increasing?

1. A bumblebee was released and started to travel along a straight horizontal line. The directed distance of the bee from its hive t seconds after it was released is equal to t3 - 6t² – 15t + 60 meters. a. Where is the bumblebee located at the instant/s that it changed direction? b. At what time interval/s is the bumblebee's speed increasing?

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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1. A bumblebee was released and started to travel along a straight horizontal line. The directed distance of the bee from its hive t seconds after it was released is equal to t3 - 6t² – 15t + 60 meters. a. Where is the bumblebee located at the instant/s that it changed direction? b. At what time interval/s is the bumblebee's speed increasing?
Transcribed Image Text:1. A bumblebee was released and started to travel along a straight horizontal line. The directed distance of the bee from its hive t seconds after it was released is equal to t3 - 6t² – 15t + 60 meters. a. Where is the bumblebee located at the instant/s that it changed direction? b. At what time interval/s is the bumblebee's speed increasing?
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