1161. A body is affected by two forces of 4 dyne and 3 dyne. Which of the next might be the resultant ?

A. 2 N
B. 5 N *
C. 8 N
D. 0 N

1162. The magnitudes of the two forces are as follows: Two forces have magnitudes that add up to 18 N, their resultant is perpendicular to the smaller forces, and its magnitude is 12.

A. 12 N, 6 N
B. 14 N, 5 N *
C. 10 N, 8 N
D. 16 N, 2 N

1163. The resultant of the two vectors that have been provided has magnitudes of 17 units and 7 units, respectively. Assuming these two vectors are at right points to one another, the greatness of their resultant is :
A. 14
B. 16
C. 18
D. 13 *

1164. The vector amount of two powers is opposite to their vector distinctions . All things considered, the powers :

A. Have the same magnitude as one another *
B. Do not have the same magnitude as one another
C. Cannot be predicted
D. Are equal to each other

1165. After walking 10 kilometers north and 20 kilometers east, the following is the resultant vector:

A. 22.36 KM *
B. 22.46 KM
C. 25.23 KM
D. 20.36 KM

1166. An airplane flies 400 m north and then flies 400 m south and then flies 1200 m upwards the net displacement is :

A. 1200 M *
B. 1300 M
C. 1400 M
D. 1500 M

1167. Two equal forces of magnitude p each act at a point inclined to each other at an angle of 120 degree . Their result has the following magnitude:

A. P/2
B. P/4
C. P *
D. 2P

1168. Vector A lies in the XY-Plane. Which of its two rectangular parts makes the orientation negative:

A. I-Quadrant
B. II-Quadrant
C. III-Quadrant *
D. None of these

1169. The two rectangular components of a vector have the same sign in which quadrant?

A. 1st
B. 2nd
C. Both 1st and 3rd *
D. 4th

1170. A and B, two vectors, are joining to form an angle X. The following is how to write the scalar projection of vector B on vector A:

A. A.B/A
B. A.B/B
C. A cos x *
D. B/A.B