A line OP through origin O is inclined at `60^0` and `45^0` to OX and OY respectivey, where O is the origin. Find the angle at which it is inclined to OZ.

A line OP through origin is inclined at 60^0 and 45^0 to OX and OY respectivey, where O is the origin. Find the angle at which it is inclined to OZ.

A line O P through origin O is inclined at 30^0 and 45^0 to OX and O Y , respectivley. Then find the angle at which it is inclined to O Zdot

A line OP through origin O is inclined at 30^(0) and 45^(@) to OX and OY,respectivley. Then find the angle at which it is inclined to OZ.

(i) A line OP through origin O is inclined at 60^(@) and 30^(@) to OY and OZ respectively . Find the angle at which it is inclined to OX (ii) What are the direction cosines of a line which of a line which is equally inclined to the axes ?

(i) A line OP through origin O is inclined at 60^(@) and 30^(@) to OY and OZ respectively . Find the angle at which it is inclined to OX (ii) What are the direction cosines of a line which of a line which is equally inclined to the axes ?

A line O P through origin O is inclined at 30^0a n d45^0toO Xa n dO Y , respectivley. Then find the angle at which it is inclined to O Zdot

A line O P through origin O is inclined at 30^0a n d45^0toO Xa n dO Y , respectivley. Then find the angle at which it is inclined to O Zdot

A line O P through origin O is inclined at 30^0a n d45^0toO Xa n dO Y , respectivley. Then find the angle at which it is inclined to O Zdot

A line O P through origin O is inclined at 30^0a n d45^0toO Xa n dO Y , respectivley. Then find the angle at which it is inclined to O Zdot

A line O P through origin O is inclined at 30^0a n d45^0toO Xa n dO Y , respectivley. Then find the angle at which it is inclined to O Zdot