If number 0 comes right side of a decimal, the number 0 doesn't change the value.
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Well, honey, let me break it down for you. Those numbers may look different, but they all have the same value because they represent the same quantity - 1.8. It's like wearing the same outfit in different colors, it's still the same outfit, just with a little extra flair. So, whether you write it as 1.8, 1.80, or 1.800, it's all just fancy math talk for the same thing.
Oh, dude, they all have the same value because numbers don't change just because you add some extra zeros at the end. It's like dressing up a potato in a tuxedo—it's still just a potato. So, whether it's 1.8, 1.80, or 1.800, they're all just different ways of representing the same number, like, chill out, man.
In mathematics, adding zeros to the right of a decimal number does not change its value. This is because the placement of zeros after the decimal point does not alter the actual quantity represented by the number. Therefore, 1.8, 1.80, and 1.800 all represent the same value of one and eight-tenths.
If number 0 comes right side of a decimal, the number 0 doesn't change the value.
Well, darling, 18 tens is simply 180. It's like asking how many roses are in a dozen - the answer is right in front of you if you bother to do the math. So, 18 tens is worth a cool 180, no need to complicate things.
18 tens is equal to 180. This is because each digit in a number represents a different place value, with the rightmost digit representing ones, the next digit to the left representing tens, and so on. Therefore, 18 tens can be expressed as 18 x 10, which equals 180.
sum of interior angles = (sides - 2) * 180 = 16 * 180 = 1800 + 1080 = 2880 degrees
180. This is because 40 quarters is 10 and 10 x 18 = 180.
10 x 18 = 180