Question

(C) 2 cm along -y-axis
Which vector diagram represents the greatest magnitude of displacement for an object ?
kindly answer this q please. I need it urgently..​

Answer 1

Answer:

double pie heritage the b axis of it will under -20y afer 6 rotation so equation is

x*2y+20*360

Explanation:

Answer 2

Answer:

The vector which represents the greatest magnitude of displacement for an object is vector diagram B. The maximum displacement is 3.17m.

Explanation:

• Displacement is the direct distance measured via the shortest path between any two places.
• The vector quantity known as displacement provides information about the object's shortest route between its starting and ending points.
• Both the object's magnitude and its motion's direction are disclosed.
• It is the straight line connecting the motion's starting point and ending location.

In Figure A:

The hypotenuse of length determined by the Pythagoras theorem is calculated as- √x²+y² = √2²+2² = √8 = 2.828 m. It is displacement. North-west is the direction of displacement.

In Figure B:

x = 2 and y = -2 having θ = 75⁰

By cosine rule-

z² = x² + y² - 2xycosθ

z² = 2² + (-2)² - 2(2)(-2)cos75

z² = 4 + 4 +8(0.2588)

z² = 8 + 2.07055

z² = 10.07

z = 3.17 m

3.17 m is the magnitude of displacement for figure B.

In Figure C-

The displacement is 2 m in a straight line to the right.

In Figure D-

Here, the object's end and initial points remain unchanged, hence there is no displacement. z = 0.

Thus, the vector which represents the greatest magnitude of displacement for an object is vector diagram B. The maximum displacement is 3.17m.

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