4
To the nearest hundred it would be 0.
8.127 rounded to the nearest half is 8.
400
To the nearest integer, 365. That's why leap years are necessary.
In 365 the tenth place 65 is greater than 50 which will be 100 so 365 nearest 100 no is 400.
365,986,091 is already rounded to the nearest whole number.
The answer depends on the degree to which the number is rounded. To the nearest unit it is 365 To the nearest hundred it is 400. To the nearest million it is 0.
360
400
To the nearest hundred it would be 0.
8.127 rounded to the nearest half is 8.
400
365 rounded to the nearest hundred is 400. When rounding, you look at the tens digit, which is 6 in this case. Since 6 is greater than or equal to 5, you round up, resulting in 400.
That's the time it takes the earth to orbit the sun, rounded off to the nearest whole day.
To the nearest integer, 365. That's why leap years are necessary.
Rounded to the nearest whole day, 365 days. This is where we derive the amount of days we assign to a year from. Leap years occur when the extra time (as it is not exactly 365 days) builds up.
Rounded to the nearest whole day, 365 days. This is where we derive the amount of days we assign to a year from. Leap years occur when the extra time (as it is not exactly 365 days) builds up.