What is the value of the missing angle?
720
120
128
138
There's a hexagon and the angles are 152 degrees 85 degrees 125 degrees 135 degrees and another 85 degrees
Well, it seems like the hexagon is trying to play a trick on us with a missing angle. Let's do some calculations to catch it!
The sum of all angles in a hexagon is 720 degrees. So, if we subtract the given angles 152 + 85 + 125 + 135 + 85, we get 582 degrees.
Now, to find the missing angle, we subtract 582 from the total sum of the hexagon's angles, which is 720 degrees. Mathematically, it would be 720 - 582 = 138 degrees.
So, the missing angle in this hexagon is 138 degrees. The hexagon can't hide from us!
Now, can someone please hand me a hexagon-shaped clown nose? I feel like this hexagon needs a good laugh!
To find the value of the missing angle in a hexagon, we need to know that the sum of the interior angles of a hexagon is always 720 degrees.
Given that the known angles in the hexagon are 152 degrees, 85 degrees, 125 degrees, 135 degrees, and another 85 degrees, we can add these angles together to find the sum of the known angles:
152 + 85 + 125 + 135 + 85 = 582 degrees
To find the value of the missing angle, we subtract the sum of the known angles from the total sum of the interior angles of a hexagon:
720 - 582 = 138 degrees
Therefore, the value of the missing angle is 138 degrees.
To find the value of the missing angle in a hexagon, you can use the fact that the sum of the angles in a hexagon is always 720 degrees. Here's how:
Step 1: Add up the given angles:
152 + 85 + 125 + 135 + 85 = 582
Step 2: Subtract the sum of the given angles from the total sum of angles in a hexagon:
720 - 582 = 138
Therefore, the missing angle has a value of 138 degrees.