8. A rectangular plate of mass 5 kg is suspended from four vertical wires, and a force P of magnitude 6 N is applied to corner C as shown. 300 mm 400 mm Immediately after P is applied, determine the acceleration of (a) the midpoint of edge BC, (b) corner B [Answer: adpoint of BC = 3.50k m/s', a, = 1.728i + 3.50k m/s ]
8. A rectangular plate of mass 5 kg is suspended from four vertical wires, and a force P of magnitude 6 N is applied to corner C as shown. 300 mm 400 mm Immediately after P is applied, determine the acceleration of (a) the midpoint of edge BC, (b) corner B [Answer: adpoint of BC = 3.50k m/s', a, = 1.728i + 3.50k m/s ]
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![8. A rectangular plate of mass 5
kg is suspended from four
vertical wires, and a force P of
magnitude 6 N is applied to
corner C as shown.
A
300 mm
400 mm
Immediately after P is applied,
determine the acceleration of
(a) the midpoint of edge BC,
(b) corner B [Answer: a
= 3.50k m/s', a, = 1.728i +
C
midpoint of BC
%3D
3.50k m/s' ]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F95843d72-c32b-4763-8c41-e89b4079f055%2Fa036a304-438f-4045-9e66-7b93d63894e5%2Fj6pxrat_processed.jpeg&w=3840&q=75)
Transcribed Image Text:8. A rectangular plate of mass 5
kg is suspended from four
vertical wires, and a force P of
magnitude 6 N is applied to
corner C as shown.
A
300 mm
400 mm
Immediately after P is applied,
determine the acceleration of
(a) the midpoint of edge BC,
(b) corner B [Answer: a
= 3.50k m/s', a, = 1.728i +
C
midpoint of BC
%3D
3.50k m/s' ]
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