5 To the tenth of a milligram = 5.0000 g
0.00684 has three significant figures The product of 7.6 x 1.246321 has two significant figures. 28623 has five significant figures. 1.20000 x 10-19 has six significant figures. Trailing zeroes after a decimal point are considered significant. In scientific notation, only the numbers before the multiplication symbol are considered significant.
0.050200 mg has 5 significant figures. The zeros before the 5 are considered significant when they come after a decimal point.
William Thomson, also known as Lord Kelvin, is credited with introducing the concept of significant figures in the late 19th century. He recognized the importance of indicating the precision of measurements by using digits that were known with certainty along with one uncertain digit.
Yes, giving the patient 32.4 mg of phenobarbital is similar to giving them 30 mg. The difference is quite small, and in clinical practice, it would likely not have a significant impact on the patient's response to the medication.
2 significant figures.
There are 3 significant figures in this measurement.
There are 2 significant figures in this measurement.
There are 3 significant figures in this measurement.
5 To the tenth of a milligram = 5.0000 g
4
3 of them.
The four and the two fives.
2
3
3 of them.
0.00684 has three significant figures The product of 7.6 x 1.246321 has two significant figures. 28623 has five significant figures. 1.20000 x 10-19 has six significant figures. Trailing zeroes after a decimal point are considered significant. In scientific notation, only the numbers before the multiplication symbol are considered significant.