A förce of6 N and another of 8 N can be applied together to produce the effect of asingle force oF (A) I N (B) 11 N (C) 15 N (D) 20 N

A force of 6 N and another of 8 N can be applied together to produce the effect of a single force of

A force of 6N and another of 8N can be applied together to produce the effect of a single force of

A force of 60 N acting perpendicular to a force of 80 N can produce

Forces of magnitudes 6N and 4N are acting on the body . Which of the following of the following can be the resultant of the two? (a) 11 N (b) 2 N (c) 10 N (d) 1 N (e) 8 N (f) 0 N (g) 7 N

The sum of the magnitudes of two forces acting at a point is 16 N. The resultant of these forces is perpendicular to the smaller force has a magnitude of 8 N. If the smaller force is magnitude x, then the value of x is (A) 2N (B) 4N (C) 6N (D) 7N

The sum of the magnitudes of two forces acting at a point is 16 N. The resultant of these forces is perpendicular to the smaller force has a magnitude of 8 N. If the smaller force is magnitude x, then the value of x is (A) 2N (B) 4N (C) 6N (D) 7N

Forces are applied on a wheel of radius 20 cm as shown in the figure. The torque produced by the forces 4 N at A, 8N at B, 6 N at C and 9N at D at angles indicated is

Forces are applied on a wheel of radius 20 cm as shown in the figure. The torque produced by the forces 4 N at A, 8N at B, 6 N at C and 9N at D at angles indicated is

A wheel of radius 20 cm has forces applied to it as shown in the figure. The torque produced by the forces 4N at A, 8N at B, 6N at C, and 9N at D at angles indicated is :

If n(A)=10, n(B) = 11 and n(AnB) = 6 , n(AuB) .