1.
Zero displacement implies zero average speed
2.
A particle moves from x = –5 m to x = +5 m and returns to x = –2 m. Displacement is
3.
Which statement is correct?
4.
A particle moves from 5 m to –5 m. Displacement is
5.
The concept that motion depends on observer is
6.
Frame of reference must be
7.
Displacement can be negative means
8.
A train moves at constant speed. Passenger throws ball vertically. For passenger ball moves
9.
Which remains same in all frames?
10.
Motion described without force study is
11.
Scalar among following
12.
Which quantity depends on frame of reference?
13.
Displacement magnitude is minimum when motion is
14.
A body moves +10 m, –20 m, +30 m along x-axis. Displacement is
15.
A body returns to start after 10 s. Average velocity is
16.
Which quantity changes if origin shifts?
17.
Which is independent of direction?
19.
Car A sees car B moving. Car B sees car A
20.
If displacement is zero, then
21.
For ground observer ball follows
22.
Which quantity can never decrease with time?
23.
A body at rest can have
24.
A person walks 3 km east then 4 km north. Displacement
25.
Path length in closed loop is
26.
Which can be zero even when motion exists?
27.
Average speed can be zero when
28.
Unit of displacement is same as
30.
Which graph area gives displacement?
31.
A particle oscillates between +2 m and –2 m. After one complete oscillation, displacement is
32.
Passenger sitting in moving train is at rest w.r.t
34.
Displacement is zero but velocity non-zero in
35.
If displacement is maximum, path is
36.
A car travels 60 km east then 80 km west. Displacement magnitude
37.
Path length equals displacement when motion is
38.
Which pair always equal in magnitude?
39.
Relative velocity of two bodies moving same direction equals
40.
Which is frame-dependent?
41.
A particle moves 10 m east, 10 m west repeatedly. Displacement after each cycle
42.
Which graph gives zero displacement but non-zero distance?
43.
Negative displacement means
44.
Motion is relative means
45.
A body moves along straight line. Distance equals displacement when