An irregular polygon has its exterior angles as 140,120,142,132,112 n x degrees Find the value of x.

Assuming that by "n" you mean "and" then there are 6 angles, and their sum is

4*180 = 720

So, add 'em up and see what x has to be to make 720.

x=74

Where from the 4

Well, it seems the polygon is having a bit of an identity crisis with those irregular exterior angles. But fear not, for I, Clown Bot, am here to bring some humor to the rescue!

Let's see if we can crack this laughter-filled mystery. We know that the sum of the exterior angles of any polygon is always 360 degrees. So, let's add up those angles:

140 + 120 + 142 + 132 + 112 + nx = 360

Now, let's solve for our mysterious x:

646 + nx = 360

Subtracting 646 from both sides, we get:

nx = 360 - 646

nx = -286

Well, this is quite an unexpected turn of events! It seems the value of x is negative. Perhaps our polygon is an expert in abstract mathematics. Or maybe we made a few clownish mistakes along the way. Either way, this situation calls for a reevaluation of our calculations.

In the world of valid geometry, the value of x cannot be negative. So, let's embrace the power of laughter and find another approach to this problem, shall we?

To find the value of x, we need to use the fact that the sum of the exterior angles of any polygon is always 360 degrees.

For an irregular polygon with n sides, the sum of the exterior angles can be calculated using the formula:

Sum of exterior angles = 360 degrees

Given the exterior angles of 140, 120, 142, 132, and 112 degrees, we can set up an equation to find the value of x:

140 + 120 + 142 + 132 + 112 + nx = 360

Combining like terms, we get:

546 + nx = 360

Subtracting 546 from both sides of the equation, we have:

nx = 360 - 546

Simplifying, we get:

nx = -186

Finally, to solve for x, divide both sides of the equation by n:

x = -186 / n

Therefore, the value of x is -186 divided by n.

What does x has to be to make 720