If a vector `vecA` makes angles `45^(@)` and `60^(@)` with x and y axis respectively then the angle made by it with z-axis is

If a vector vec(A) makes angles 45^(@) and 60^(@) with x and y axis respectively then the angle made by it with z-axis is

If a vector vec A makes angles 45^(@) and 60^(@) with x and y axis respectively, then the angle made by it with z- axis is x times10^(@) find x

If a line makes angles of 30^(@) and 45^(@) with X-axis and Y-axis respectively, then the angle made by it with Z-axis is

If a line makes angles of 30^(@) and 45^(@) with X-axis and Y-axis respectively, then the angle made by it with Z-axis is: a) 45^(@) b) 60^(@) c) 120^(@) d)does not exist

A line makes angles of 45^@ and 60^@ with the z-axis and the x-axis respectively. The angle made by it with y-axis is

If a line makes angle (pi)/3 and (pi)/4 with x-axis and y-axis respectively then the angle made by the line with z-axis, is

If a line makes angles pi/3 and pi/4 with the x-axis and y-axis respectively. Then the angle made by the line with z-axis is

Let a vector bar(r) make angle 60^(@), 30^(@) with x and y-axes respectively. What angle does bar(r) make with z-axis ?

IF a unit vector veca makes angles pi/4 and pi/3 with x-axis and y-axis respectively and an acute angle theta with z-axis, then find theta and the (scalar and vector) coponents of veca along the axes.