240 degrees - 30 degrees for each hour on the clock
Two supplementary angles add up to 180 degrees. If one of the angles is x degrees, then the other angle will be 3x - 60. So we have: x + 3x - 60 = 180 4x - 60 + 60 = 180 + 60 4x = 240 4x/4 = 240/4 x = 60 3x - 60 = 3(60) - 60 = 120 Thus, the angles have measures of 60 and 120 degrees.
The answer is 240
240 is 240. It is not a fraction.
The first ten positive integer multiples of 240 are: 1 x 240 = 240 2 x 240 = 480 3 x 240 = 720 4 x 240 = 960 5 x 240 = 1200 6 x 240 = 1440 7 x 240 = 1680 8 x 240 = 1920 9 x 240 = 2160 10 x 240 = 2400
(180°-x) + (90°-x) = 240°270° - 2x = 240°30° = 2x15° = xThe measure of the angle is 15°.The supplement is 165°, the complement is 75°, and their sum is 240°.
If the hexagon it regular ie: all the interior angles are the same. Then the exterior angles will equal: 360 - Interior Angle=Exterior angle 360 - 120 = 240 Exterior angle equals= 240 NB: Interior angle equals 720/6
Please check it.It should be 240 X 12 if its is bulb angle. Manjush Navale
If you mean 2/3 of a turn then it is an angle of 240 degrees
A reflex angle is an angle which is greater than 180° but less than 360°; so, a 240° angle is a reflex angle.
The hands on a clock.A Reflex Angle is one which is more than 180° but less than 360° so 240° is a reflex angle.
240 degrees. As in recent answers.
The sum of the two angles is 360. So angle ABC = 120 degrees.
The hour hand would be 8/12 of the way around, which is 2/3 of the way around, which in degrees would be 240/360 of the way around, or 240 degrees. The internal angle would be 360-240, or 120 degrees.
240 degrees - 30 degrees for each hour on the clock
120 degrees and 240 degrees.
The equation for finding the length of an arc is S=rθ,where S is the arc length, r is the radius, and θ is the angle in radians.Assuming you mean AOB=240 is the angle of the arc you are measuring in degrees:θ=(pi*240)/180=4.1888radTherefore the arc length is 4cm*4.1888rad=16pi/3=16.76cm