Yes
When dividing 592 by 9.25, how many zeros will be placed in the dividend?
!5 in decimals is really just 15.000000000... no matter how many more zeros there are it will still be 15 (as a 'decimal')
You can annex zeros to the beginning of a decimal because leading zeros do not affect its value; for example, 0.05 is the same as 0.005. Similarly, adding zeros to the end of a decimal does not change its value in decimal notation, as they indicate precision rather than quantity; for instance, 1.50 is equivalent to 1.5. This property allows for flexibility in representing numbers without altering their actual value.
moving the decimal 3 place to the right 1000 have 3 zeros.
Equivalent decimals to 4.07 include 4.070, 4.007, and 4.07 followed by any number of zeros, such as 4.0700. These decimals represent the same value, differing only in the number of digits after the decimal point.
It is not necessary: some people find it easier to do so, others do not.
take out zeros
2
648
Annexing zeros is included in ordering decimals to even the numbers out so you can line the decimals up. I'm pretty sure that is the right answer...
When dividing 592 by 9.25, how many zeros will be placed in the dividend?
!5 in decimals is really just 15.000000000... no matter how many more zeros there are it will still be 15 (as a 'decimal')
You annex zeros to get the answer. Such as 0.03 equals 0.030, and you keep annexing zeros to the end to get your answer. Until you get to the hundred thousandths place.
You can annex zeros to the beginning of a decimal because leading zeros do not affect its value; for example, 0.05 is the same as 0.005. Similarly, adding zeros to the end of a decimal does not change its value in decimal notation, as they indicate precision rather than quantity; for instance, 1.50 is equivalent to 1.5. This property allows for flexibility in representing numbers without altering their actual value.
The question is not that clear but the 2 decimals could be 18.70 or 18.700 now having 2-3 zeros.
9(11, if decimals are counted) 1,000,000,000.00
Less than positive decimals, yes.