Resultant Displacement and Distance Calculations

The video tutorial explains how to calculate the total distance and resulting displacement of a body traveling in different directions. It begins with an introduction to the problem, followed by a detailed explanation of calculating the total distance by adding the distances traveled in each direction. The tutorial then covers the calculation of resulting displacement using vector addition, providing a step-by-step approach. The video concludes with a call to action for viewers to like, comment, share, and subscribe.

What is the initial distance traveled towards the east?

• 3 kilometers

• 4 kilometers

• 12 kilometers

• 9 kilometers

How far does the body travel towards the north?

• 9 kilometers

• 3 kilometers

• 4 kilometers

• 12 kilometers

What is the total distance traveled by the body?

• 6 kilometers

• 12 kilometers

• 18 kilometers

• 16 kilometers

In which direction is the final movement of the body?

• West

• South

• East

• North

What is the total distance traveled towards the east?

• 3 kilometers

• 12 kilometers

• 4 kilometers

• 9 kilometers

What is the formula used to calculate the resultant displacement?

• sqrt(a^2 + b^2)

• a - b

• a^2 + b^2 = c^2

• a + b

What is the resultant displacement if the body travels 12 kilometers east and 4 kilometers north?

• 16 kilometers

• 12 kilometers

• 4 kilometers

• sqrt(160) kilometers

How many kilometers does the body travel in total towards the north?

• 3 kilometers

• 4 kilometers

• 7 kilometers

• 12 kilometers

What is the final step in calculating the resultant displacement?

• Adding all distances

• Subtracting distances

• Multiplying distances

• Using the Pythagorean theorem

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