Directions: Follow the steps properly in solving the following problems: Problem 1. If your boat can move with a maximum constant velocity of 12 m/s in water and the river current is 6 m/s due North. On what direction should the boat travel to be able to dock exactly at the opposite side of its original position? 18m m/ 12 m/s Tep View of a Rer Illustrate: 6m/s 12s
Directions: Follow the steps properly in solving the following problems: Problem 1. If your boat can move with a maximum constant velocity of 12 m/s in water and the river current is 6 m/s due North. On what direction should the boat travel to be able to dock exactly at the opposite side of its original position? 18m m/ 12 m/s Tep View of a Rer Illustrate: 6m/s 12s
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Can you help me answer this? It is about relative motion in physics.
Transcribed Image Text:11
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ACTIVITY |I
Directions: Follow the steps properly in solving the following problems:
Problem 1. If your boat can move with a maximum constant velocity of 12 m/s in water and
the river current is 6 m/s due North. On what direction should the boat travel to be able to
dock exactly at the opposite side of its original position?
18 m
m/s
12 m/s
Drawing 4: Top View of River
Illustrate:
16 m/s
Given:
Unknown:
Formula:
Calculate:
Answer:
Conclusion:
12
ACTIVITY ,
Directions: Solve on separate sheets and provide the calculated answer for the following
described relative velocity problems: Write your answer under the third column
(Magnitude).
Problems
1 The motorboat is running upstream with a
Magnitude
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