To solve this problem you must first know the basics:
1) Between every two numbers you pass its 30 degrees.
SO, first look at the time, you go from 6-9 so that makes 90 degrees.
Simple enough right?
Then, you want to see how much the minute is of 60, so you see that it is 1/5. Calculate 1/5 of 30 giving you 6 degrees.
Last, you add the 90 degrees to the 6 degrees to give you the final answer of 96 degrees.
150 degrees. usually, we say ten to three when talking about clock hands. if the clock says 2:50 it's digital and has no hands.
To find the angle between the hour and minute hands of a clock at 6:50, first calculate the positions of each hand. The minute hand at 50 minutes is at 300 degrees (50 minutes × 6 degrees per minute). The hour hand at 6:50 is at 205 degrees (6 hours × 30 degrees per hour + 50 minutes × 0.5 degrees per minute). The angle between them is |300 - 205| = 95 degrees.
100/2 = 50; 50/2 = 25o
It will have moved through: (50/60)*360 = 300 degrees
The supplement of a 50-degree angle is found by subtracting the angle from 180 degrees. Therefore, the supplement is 180 - 50 = 130 degrees. Thus, a 130-degree angle is the supplement of a 50-degree angle.
150 degrees. usually, we say ten to three when talking about clock hands. if the clock says 2:50 it's digital and has no hands.
To find the angle between the hour and minute hands of a clock at 6:50, first calculate the positions of each hand. The minute hand at 50 minutes is at 300 degrees (50 minutes × 6 degrees per minute). The hour hand at 6:50 is at 205 degrees (6 hours × 30 degrees per hour + 50 minutes × 0.5 degrees per minute). The angle between them is |300 - 205| = 95 degrees.
100/2 = 50; 50/2 = 25o
five
45.33
It will have moved through: (50/60)*360 = 300 degrees
form_title= Fusee Wall Clock form_header= Always be on time with a wall clock. What size would you like your clock?*= _ [50] What color would you like your clock?*= _ [50] Where will you hang your clock?*= _ [50]
It's a 50 degree angle. It's an angle that measures 50 degrees. It's the complementary angle of a 40 degree angle.
There is a formula: (360/a) - 1 Where a is the angle between the mirrors. In your case: (360/50) - 1 = 6.2 so you will see 6 complete images.
The supplement of a 50-degree angle is found by subtracting the angle from 180 degrees. Therefore, the supplement is 180 - 50 = 130 degrees. Thus, a 130-degree angle is the supplement of a 50-degree angle.
A 40 degree angle is the COMPLEMENT of a 50 degree angle.
the cotangent of a 50 degree angle is -3.678 This is in Radians. The cotangent of a 50 degree angle is .8391 (rounded) degrees.