1000 is written with one significant figure, with only the 1 being a significant figure.
Rounded to one significant figure it becomes 20
Truncated to one significant figure, it's 9,000 .Rounded to one significant figure, it's 10,000.
When it's truncated to one significant figure . . . 20When it's rounded to one significant figure . . . . 30
5.63 converts to 6 as one significant figure.
It has 1 significant figure.
Rounded to one significant figure it becomes 10
Rounded to one significant figure it becomes 20
Truncated to one significant figure, it's 9,000 .Rounded to one significant figure, it's 10,000.
To express 961 to one significant figure, you round it to the nearest significant digit. The first significant digit in 961 is 9, and since the next digit (6) is 5 or greater, you round up. Therefore, 961 rounded to one significant figure is 1000.
To calculate the product of 1000 and 003 57 m (which is 3.57 m), we first note that 3.57 has three significant figures. Multiplying 1000 by 3.57 gives 3570. However, since 1000 has only one significant figure, the final result should also be expressed with one significant figure, resulting in 4000 m (rounded to the nearest thousand).
To write 1042 L to two significant figures, you'll need to use scientific notation. It can't be 1000 L, because that has only one significant figure, because trailing zeros with no decimal point are not significant. To write 1042 L to two significant figures, you need to write it as 1.0 × 10³ L.
When rounding 963 to one significant figure, we look at the first digit, which is 9. The next digit is 6, which is 5 or greater, so we round up. Therefore, 963 rounded to one significant figure is 1000.
You write 1-1000 as "One to One Thousand."
0.3 has one significant figure.
1 significant figure. It can also be written as 4x10^6 (one sig fig)
It is 200 rounded to one significant figure
Rounded to one significant figure it becomes 40