Question
Which of the following is not a vector
quantity?Solution
Vector quantities are defined as quantities having magnitude as well as direction. For example, velocity is a vector quantity as it gives the speed of an object with direction. Similarly, acceleration is a vector quantity as it gives the magnitude of acceleration with the direction. Force of an object is equal to mass*acceleration, therefore acceleration is also a vector quantity. However, mass is not a vector quantity but a scalar quantity since it gives only the magnitude. Hence, option D is correct.
Statements: E & F, H # I, G $ F, E % D, G @ H
Conclusions:Â Â Â I . D $ FÂ Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â Â II. F @ IÂ Â Â Â Â Â Â Â Â Â Â Â ...
In the question, assuming the given statements to be true, find which of the conclusion (s) among given two conclusions is/are definitely true and then...
Statements: Q > M ≤ F < H; V = A > M > P; Z < I < P
Conclusions:
 I. H ≥ Z
II. I < Q
III. V = I
Statements: E > O, S < Z, O ≤ S
Conclusions:
I. E < S
II. O < Z
Statements:
R ≤ S = T; P < Q = R; S < U ≤ V; W ≥ V
Conclusions:
I). Â P < U
II). Â W > R
III).  T ≥ Q...
Statements: R % B, B & T, T @ E, E % G
Conclusions : I. T $ R II. R @ E III. B @ G
...Statements: S = T, U < L, V ≥ S, T ≤ U
Conclusion:
I. T ≤ V
II. L > T
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is /are definitely true and t...
In the question, assuming the given statements to be true, find which of the conclusion (s) among given two conclusions is /are definitely true and then...
Statements:
A < B = C; D = E ≤ F ≤ G; E ≤ B
Conclusions:
I).  G ≥ C
II).  D ≤ B
III).  C ≥ D
Relevant for Exams:
