You can round 5 up or down so the answer could be 0.72 (rounded down) or 0.73 (rounded up).
However, there is a convention introduced by statisticians, that you should always round 5 up or down so that the previous digit becomes even. That means the answer should be 0.72.
Read on if you want the reason for this convention:
You always round [1,2,3,4] down and [6,7,8,9] up; nicely balanced. If you always rounded 5 up you would be introducing an upward bias. Conversely, always rounding 5 down would introduce a downward bias. So what you need is a mechanism that requires you to round 5 upwards half the time and downwards half the time. The most convenient way of ensuring that was this odd and even rule. So 0.725 = 0.72, 0.735 = 0.74 and 0.745 = 0.74
It's already rounded to two decimal places.
The number 1395.36 is already rounded to two decimal places.
Rounded to two decimal places, 2.053 is approximately equal to 2.05.
It then is 3.69 when rounded to two decimal places
19% of 8.36, rounded to two decimal places, is: 1.60
0.156 rounded to two decimal places is 0.16.
It is 5.01 when rounded to two decimal places.
It is 65.63 rounded to two decimal places
When rounding 4.79 to two decimal places, you look at the third decimal place, which is 9. Since 9 is greater than 5, you round up the second decimal place by 1. Therefore, 4.79 rounded to two decimal places is 4.80.
It's already rounded to two decimal places.
The number 615.44 is already rounded to two decimal places.
It is already rounded to two decimal places as 0.29
4.067 rounded to two decimal places (hundredths) is 4.07.
It is 1.01 when rounded to two decimal places
The number 1395.36 is already rounded to two decimal places.
It is 0.60 rounded to two decimal places
It is then 23.24 when rounded to two decimal places