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A fraction is normally used to represent a value is less that 1. So if you have 1 of a number and then find something that is less than 1 of it, it is naturally going to be smaller. However, you can also have a fraction that is greater than 1, in which case the value multiplied will be greater than the original.
greater than > less than < The small end points to the smaller value.
Greater than 100 if the original amount is positive. Less than 100 if the original amount s negative.
To compare numbers compare the largest place value column first, and then the next largest and so on until one number has a greater place value column digit than the other or all place value columns have be compared Both 2.85 and 2.8 have a 2 in the ones column, so test the next column: Both 2.85 and 2.8 have a 8 in the tenths column, so test the next column: 2.85 has a 5 in the hundredths column, but 2.8 has nothing, which can be read as zero, in the hundredths column; 5 is greater than 0 so 2.85 is greater than 2.8 2.85 is greater than 2.8
2.24 is greater than 2.2. you can add a 0 to the end of 2.2 to change it to 2.20 to hold the place -value. Than you can easily compare the two numbers. Also a calculator can help you if you don`t understand.
A fraction is normally used to represent a value is less that 1. So if you have 1 of a number and then find something that is less than 1 of it, it is naturally going to be smaller. However, you can also have a fraction that is greater than 1, in which case the value multiplied will be greater than the original.
5. It does not have a value greater than 12. Consequently, it does not have a value greater than 12 and less than 13.
Answer: Yes When comparing two negative numbers, take the absolute value of each. Whichever absolute value is less is the greater of the two original numbers. ...OR If you look at them both on a number line, whichever is on the right of the other is the greater of the two.
the lower number for the denominator greater the number is.
I am pretty sure that Thirt-six and nine thousandths is bigger because when you do the place value or compare you also have to use the thousandths in it.💎
Assuming that the estimate is based on sensible approximations, there is no simple way. You will need to compare the estimate and the true value. If you've rounded up, the estimate will be greater. If you've rounded down, the estimate will be less.
greater than > less than < pointy end towards the smaller value
Less.
55.5 > 5.55
The absolute value of a number IS its distance from zero: not greater nor less than it.
greater as the absolute value of -3 is 3
greater than > less than < The small end points to the smaller value.