Two forces F and G are applied to a hook as shown in the figure below. Force F has a magnitude of 100 N, and it makes 60° angle with the x-y plane. Force G is pointing up and has a magnitude of G and makes a 55° angle with the x-y plane, and 80° angle with x-axis. Where |G|= 50+ 0.1× your last two digits of your university ID Find the vector representations of all the individual forces (i.e. F,G) in terms of the unit vectors î, j^. and k.
Two forces F and G are applied to a hook as shown in the figure below. Force F has a magnitude of 100 N, and it makes 60° angle with the x-y plane. Force G is pointing up and has a magnitude of G and makes a 55° angle with the x-y plane, and 80° angle with x-axis. Where |G|= 50+ 0.1× your last two digits of your university ID Find the vector representations of all the individual forces (i.e. F,G) in terms of the unit vectors î, j^. and k.
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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Question
Two forces F and G are applied to a hook as shown in the figure below. Force F has a magnitude of
100 N, and it makes 60° angle with the x-y plane. Force G is pointing up and has a magnitude of U�WWW⃗U
and makes a 55° angle with the x-y plane, and 80° angle with x-axis.
Where UW
�WW⃗U= 50 + 0.1× your last two digits of your university ID
Find the vector representations of all the individual forces (i.e. �, WWW⃗W
�WW⃗) in terms of the unit
��� k ̂.
Note: last two number university ID :20
Transcribed Image Text:Task Four
Two forces F and G are applied to a hook as shown in the figure below. Force F has a magnitude of
100 N, and it makes 60° angle with the x-y plane. Force G is pointing up and has a magnitude of G
and makes a 55° angle with the x-y plane, and 80° angle with x-axis.
Where G= 50+ 0.1× your last two digits of your university ID
Find the vector representations of all the individual forces (i.e. F,G) in terms of the unit vectors î, j^.
and k.
X
60°
45°
y
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