361789 If a vector \({r=x \hat{i}+y \hat{j}+z \hat{k}}\), makes angle \({\dfrac{\pi}{3}, \dfrac{\pi}{3}}\) and \({\dfrac{\pi}{n}}\) with \({X}\)-axis, \({Y}\)-axis and \({Z}\)-axis respectively. The value of \({n}\) is

361790 100 coplanar forces each equal to 10\(N\) act on a body. Each force makes angle \(\pi /50\) with the preceding force. What is the resultant of the forces?

361791 Among the given pair of vectors, the resultant 3 of two vectors can never be 3 units. The vectors are

361792 There are \(N\)-coplanar vectors each of magnitude \(V\). Each vector is inclined to the preceding vector at angle \(\dfrac{2 \pi}{N}\). What is the magnitude of their resultant?

361789 If a vector \({r=x \hat{i}+y \hat{j}+z \hat{k}}\), makes angle \({\dfrac{\pi}{3}, \dfrac{\pi}{3}}\) and \({\dfrac{\pi}{n}}\) with \({X}\)-axis, \({Y}\)-axis and \({Z}\)-axis respectively. The value of \({n}\) is

361790 100 coplanar forces each equal to 10\(N\) act on a body. Each force makes angle \(\pi /50\) with the preceding force. What is the resultant of the forces?

361791 Among the given pair of vectors, the resultant 3 of two vectors can never be 3 units. The vectors are

361792 There are \(N\)-coplanar vectors each of magnitude \(V\). Each vector is inclined to the preceding vector at angle \(\dfrac{2 \pi}{N}\). What is the magnitude of their resultant?

361789 If a vector \({r=x \hat{i}+y \hat{j}+z \hat{k}}\), makes angle \({\dfrac{\pi}{3}, \dfrac{\pi}{3}}\) and \({\dfrac{\pi}{n}}\) with \({X}\)-axis, \({Y}\)-axis and \({Z}\)-axis respectively. The value of \({n}\) is

361790 100 coplanar forces each equal to 10\(N\) act on a body. Each force makes angle \(\pi /50\) with the preceding force. What is the resultant of the forces?

361791 Among the given pair of vectors, the resultant 3 of two vectors can never be 3 units. The vectors are

361792 There are \(N\)-coplanar vectors each of magnitude \(V\). Each vector is inclined to the preceding vector at angle \(\dfrac{2 \pi}{N}\). What is the magnitude of their resultant?

361789 If a vector \({r=x \hat{i}+y \hat{j}+z \hat{k}}\), makes angle \({\dfrac{\pi}{3}, \dfrac{\pi}{3}}\) and \({\dfrac{\pi}{n}}\) with \({X}\)-axis, \({Y}\)-axis and \({Z}\)-axis respectively. The value of \({n}\) is

361790 100 coplanar forces each equal to 10\(N\) act on a body. Each force makes angle \(\pi /50\) with the preceding force. What is the resultant of the forces?

361791 Among the given pair of vectors, the resultant 3 of two vectors can never be 3 units. The vectors are

361792 There are \(N\)-coplanar vectors each of magnitude \(V\). Each vector is inclined to the preceding vector at angle \(\dfrac{2 \pi}{N}\). What is the magnitude of their resultant?