In a right angled triangle the hypotenuse is `2sqrt(2)` times the length of perpendicular drawn from the opposite vertex, on the hypertenuse, then the other two angles, are

In a right angled triangle the hypotenuse is 2sqrt(2) times the perpendicular draen from the opposite vertex. Then the other acute angles of the triangle are

In a right angled triangle the hypotenuse is 2sqrt(2) times the perpendicular drawn from the opposite vertex. Then the other acute angles of the triangle are (a) pi/3a n dpi/6 (b) pi/8a n d(3pi)/8 (c) pi/4a n dpi/4 (d) pi/5a n d(3pi)/(10)

In a right angled triangle the hypotenuse is 2sqrt(2) times the perpendicular drawn from the opposite vertex. Then the other acute angles of the triangle are (a) pi/3a n dpi/6 (b) pi/8a n d(3pi)/8 (c) pi/4a n dpi/4 (d) pi/5a n d(3pi)/(10)

In a right angled triangle the hypotenuse is 2sqrt(2) times the perpendicular drawn from the opposite vertex. Then the other acute angles of the triangle are (a) pi/3a n dpi/6 (b) pi/8a n d(3pi)/8 (c) pi/4a n dpi/4 (d) pi/5a n d(3pi)/(10)

In a right angled triangle, the hypotenuse four times as long as the perpendicular draw! from the opposite vertex. One of the acute angle is

In a right angled triangle the hypotenuse is 2sqrt(2) xx the perpendicular distance drawn from the opposite vertex.then the other acute angles of the triangle are

In a right angled triangle, the hypotenuse is four times as long as the perpendicular drawn to it from the opposite vertex. One of the acute angle is