A bead moves along a circular wire. Its speed increases at as2t - 4m/s?, Its initial (at t=0) position and speed are s(0)=0 m and v/0)=3 m/s. At t=Ssec, determine: The magnitude of the bead acceleration b. The position of the bead along the wire (give both arc length, s, and angle 6) The total distance traveled along the wire by the bead in the 0-5 sec time interval.

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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A bead moves along a circular wire. Its speed increases at as2t - 4m/s?, Its initial (at t=0) position and speed are s(0)=0 m and v/0)=3 m/s. At t=Ssec, determine: The magnitude of the bead acceleration b. The position of the bead along the wire (give both arc length, s, and angle 6) The total distance traveled along the wire by the bead in the 0-5 sec time interval.
1.
PROBLEM SOLVING
A bead moves along a circular wire. Its speed increases at a=2t-4m/s2. Its initial (at t=0) position and speed are s(0)=0 m and v(0)=3
m/s. At t-5sec, determine:
a. The magnitude of the bead acceleration
b. The position of the bead along the wire (give both arc length, s, and angle e)
C.
The total distance traveled along the wire by the bead in the 0-5 sec time interval.
Transcribed Image Text:1. PROBLEM SOLVING A bead moves along a circular wire. Its speed increases at a=2t-4m/s2. Its initial (at t=0) position and speed are s(0)=0 m and v(0)=3 m/s. At t-5sec, determine: a. The magnitude of the bead acceleration b. The position of the bead along the wire (give both arc length, s, and angle e) C. The total distance traveled along the wire by the bead in the 0-5 sec time interval.
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