The significant figure of 37.753 to 1 significant figure is 40.
Truncated to one significant figure, it's 9,000 .Rounded to one significant figure, it's 10,000.
1000 is written with one significant figure, with only the 1 being a significant figure.
It has 1 significant figure.
The first significant figure of 0.000169 is the 1 and it has 3 significant figures.
The significant figure 2.00 has to do with the certainty of a measurement.
The significant figure of 78.00100 is 78.00. It had 7 significant figures and a least significant decimal of -5.
Well since your problem is over a 100% you can automatically figure out that 100% of 93.06 is 93.06. So there is your 100%.Now you need to figure out what 60% of 93.06 is. Let's figure this out.0.6 x 93.06 = 55.836. (However to keep with 4 significant digits we need to round this) so 55.84.93.06 (100%) + 55.84 (60%) = 148.90.So 160% of 93.06 is 148.90.
160-ml multiplied by 4 is 640-ml. Rounding down to one significant figure 1-ml equals .004-cups. 640-ml multiplied by .004 yields the answer of 2.56-cups.
0.004 has 1 significant figure.
1512 to 1 significant figure is 2000
4252 to 1 significant figure is 4000.