The block A and attached beam have a combined mass of F m,]kg and are confined to move along the [0]° guide under he action of the [F]-N force. The [L]-m long uniform beam nas a mass of [mB] kg and is welded to block A at point B (i.e. he beam is cantilevered at point B). Friction in the guide is hegligible. The dimensions of block A are unknown. A B (a) Calculate the acceleration a (magnitude and direction) of block A and the attached beam. Hint: Treat the block and beam as one lumped mass. (b) Calculate the bending moment reaction M (magnitude and direction) on the beam at point B. Hint: Draw a FBD of the beam only. Values 54.5 55 F 754 L= 1.21 24.1 MB .......... ---
The block A and attached beam have a combined mass of F m,]kg and are confined to move along the [0]° guide under he action of the [F]-N force. The [L]-m long uniform beam nas a mass of [mB] kg and is welded to block A at point B (i.e. he beam is cantilevered at point B). Friction in the guide is hegligible. The dimensions of block A are unknown. A B (a) Calculate the acceleration a (magnitude and direction) of block A and the attached beam. Hint: Treat the block and beam as one lumped mass. (b) Calculate the bending moment reaction M (magnitude and direction) on the beam at point B. Hint: Draw a FBD of the beam only. Values 54.5 55 F 754 L= 1.21 24.1 MB .......... ---
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
![The block A and attached beam have a combined mass of
F
[m]kg and are confined to move along the [0]° guide under
the action of the [F]-N force. The [L]-m long uniform beam
has a mass of mB] kg and is welded to block A at point B (i.e.
the beam is cantilevered at point B). Friction in the guide is
negligible. The dimensions of block A are unknown.
A
B
L
(a) Calculate the acceleration a (magnitude and direction) of
block A and the attached beam.
Hint: Treat the block and beam as one lumped mass.
(b) Calculate the bending moment reaction M (magnitude and
direction) on the beam at point B.
Hint: Draw a FBD of the beam only.
Values
m, = 54.5
55
F
754
L=
1.21
тв
24.1
-- -](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4d23ab01-b904-4a66-9b4c-08734d918f2f%2F778ea5f7-9831-45e2-85b3-e02d6b97bc34%2F58msjrl_processed.png&w=3840&q=75)
Transcribed Image Text:The block A and attached beam have a combined mass of
F
[m]kg and are confined to move along the [0]° guide under
the action of the [F]-N force. The [L]-m long uniform beam
has a mass of mB] kg and is welded to block A at point B (i.e.
the beam is cantilevered at point B). Friction in the guide is
negligible. The dimensions of block A are unknown.
A
B
L
(a) Calculate the acceleration a (magnitude and direction) of
block A and the attached beam.
Hint: Treat the block and beam as one lumped mass.
(b) Calculate the bending moment reaction M (magnitude and
direction) on the beam at point B.
Hint: Draw a FBD of the beam only.
Values
m, = 54.5
55
F
754
L=
1.21
тв
24.1
-- -
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