10.(a) A ship points it bow at a direction North (see picture) and its engines are set so that it speed would be 8 m/s if no current is flowing. A current flows EAST at 3.5 m/s. What is the resultant speed of the boat, relative to the ground, and what angle does the path of the boat make with respect to North? ↑ N ↑ W< VB (b) S River Vc→ > E-------- Resultant boat speed VR =_ D=260 meters Angle with respect to North How far from point x is the boat when it reaches opposite shore?
10.(a) A ship points it bow at a direction North (see picture) and its engines are set so that it speed would be 8 m/s if no current is flowing. A current flows EAST at 3.5 m/s. What is the resultant speed of the boat, relative to the ground, and what angle does the path of the boat make with respect to North? ↑ N ↑ W< VB (b) S River Vc→ > E-------- Resultant boat speed VR =_ D=260 meters Angle with respect to North How far from point x is the boat when it reaches opposite shore?
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Transcribed Image Text:10.(a)
A ship points it bow at a direction North (see picture) and its engines are set
so that it speed would be 8 m/s if no current is flowing. A current flows EAST at
3.5 m/s. What is the resultant speed of the boat, relative to the ground, and what angle
does the path of the boat make with respect to North?
↑
W<
(b)
N
个
(c)
VB
S
River Vc→
> E-
Resultant boat speed VR
=
D=260 meters
Angle with respect to North
How far from point x is the boat when it reaches opposite shore?
How much time, tc, does it take the boat to reach other shore?
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