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An airplane moves at 141 km/h towards 45° Northeast. What is its component velocity in the northward direction?

A. 41 km/h
B. 100 km/h
C. 110 km/h
D. 141 km/h

Answer :

An airplane moves at 141 km/h towards 45° Northeast,the component velocity of airplane towards northward direction is 110 km/h.

What is component velocity?

Component velocity is the speed with which individual components of an entity—a system, a machine, an organization, or any other entity—are moving along in pursuit of the entity’s goal. The components of an entity can include parts, processes, people, and other elements. Component velocity is the rate of progress for each of the components that are a part of the entity’s overall plan. It is a measure of how quickly the individual components of the system are progressing towards the stated objectives..


Explanation: To find the component velocity in the northward direction, we need to use the trigonometric function tangent. The tangent of 45° is 1. Therefore, the component velocity in the northward direction would be 141 km/h x 1 = 110 km/h.


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