To the nearest thousand, it is 18,000.
To the nearest 14 thousand, 7 thousand To the nearest thousand: 13,500 To the nearest hundred: 13,950 To the nearest ten: 13,995 To the nearest 2: 13,999
Set up a system of equations. Let C= the number of children in attendance and let A= the number of adults in attendance. Then, A + C = 61679 And, 38C + 75A = 3976390 Solve for C in the first equation. C = 61679 - A And plug it into the second equation. 38(61679 - A) + 75A = 3976390 2343802 - 38A + 75A = 3976390
One thousand of them - to the nearest thousand, Two thousand of them - to the nearest two thousand, Four thousnad - to the nearest four thousand None - to the nearest whole number.
6378000 is 6378294 to the nearest thousand.
To the nearest thousand it is 6000
To the nearest thousandth, 0.055 To the nearest thousand, zero
To the nearest thousand: 6,172,000 To the nearest ten thousand: 6,170,000
To the nearest thousand: 36000 To the nearest ten thousand: 40000
To the nearest hundred, 324700 To the nearest thousand, 325000 To the nearest ten thousand, 320000 To the nearest hundred thousand, 300000
The nearest thousand to 1849 is 2000.
to the nearest thousand...zero ! - to the nearest thousandth... 6.003
To the nearest thousand, it is 18,000.
To the nearest 14 thousand, 7 thousand To the nearest thousand: 13,500 To the nearest hundred: 13,950 To the nearest ten: 13,995 To the nearest 2: 13,999
Set up a system of equations. Let C= the number of children in attendance and let A= the number of adults in attendance. Then, A + C = 61679 And, 38C + 75A = 3976390 Solve for C in the first equation. C = 61679 - A And plug it into the second equation. 38(61679 - A) + 75A = 3976390 2343802 - 38A + 75A = 3976390
already is rounded to the nearest thousand if nearest ten thousand it would be 12420000
To the nearest hundred, 479200 To the nearest thousand, 479000 To the nearest ten thousand, 480000 To the nearest hundred thousand, 500000