nahi aaata
Thirty three and a third meters in one direction and thirty three and a third meters in a direction at right angles to the first direction. These are the corners of a square that covers one thousand square meteres.
H = 10
A vector quantity can be described in many different units, because there are many different vector quantities. For example, a distance - when the direction is relevant - would be indicated in meters or km. (plus a direction), a velocity in meters per second plus a direction, an acceleration in meters per second square, plus a direction. Electric field might be indicated in Volts / meter, if I remember correctly again, including an indicating the direction.
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10 meters
On the track the running direction is counterclockwise from 200 meters to 10,000 meters.
No, 70 meters east is a vector because it includes both a magnitude (70 meters) and a direction (east). Scalars have only magnitude without direction.
A different way to express -30 meters per second west is "30 meters per second in the opposite direction of the west."
0.2 meters per second in the direction opposite where he threw the wrench.
If the side opposite a 30 degree angle in a right triangle is 12.5 meters, the hypotenuse is: 25 meters.25 meters
If a right triangle is 12.5 meters and the side opposite a 30 angle, the hypotenuse length will be: 14.43 meters.
speed and direction
The quantity "120 meters northeast" is a vector because it has both magnitude (120 meters) and direction (northeast). Scalars have magnitude only and no specific direction associated with them.
10
It moves 6 places to the right.
To maintain equilibrium, the clockwise moment created by the 10N force must be balanced by an equal anticlockwise moment. Therefore, you should apply the 20N force at a distance of 5m on the opposite side of the pivot point in the horizontal direction. This will create an equal and opposite moment, maintaining equilibrium.
The combined displacement vector would be 8 meters in the same direction as the individual vectors, as you simply add the magnitudes of the vectors together.