63.6615
The statement that 150 divided by 20 equals 7.5 is incorrect. In fact, 150 divided by 20 equals 7.5 when expressed as a decimal, but the correct division yields 7.5 when considering the quotient of 150 divided by 20 directly. The calculation is 150 ÷ 20 = 7.5, confirming that the division is indeed correct.
26.6667
Calculation: 17 divided by .4 = 42.5
To find how you would divide 35 by 412.3 to get approximately 11.78, you actually have the operation reversed. Dividing 412.3 by 35 gives you approximately 11.78, as ( 412.3 ÷ 35 \approx 11.78 ). Therefore, the correct calculation should be 412.3 divided by 35, not the other way around.
19.3548
When you multiply 16 x 8.02 it equals 128.32, which has 5 significant figures. When you divide 28.58 into 128.32 it gives you 0.223 mL and it needs to be rounded to four significant figures.
To determine the correct number of significant figures in a calculation involving both addition and multiplication, follow these steps: Perform the addition or subtraction operation first, and count the number of decimal places in the result. For multiplication or division, count the number of significant figures in each number being multiplied or divided. The final answer should have the same number of significant figures as the number with the least number of significant figures in the calculation.
8.4706
0.06
32.2
1,005 divided by 15 with calculation steps = 67
11.036
26.6667
-10
It isn't clear what you mean by "the following". Power is energy divided by time - the rate at which energy is converted or transferred.
it supposed to read 17.6g(3 sigfig) + 92.800g(5 sigfigs) +0.0087g(2 sigfigs) = 110.4 another example would be 10400 mi (3 sigfigs) / 3.28* 10^2hr (3 sigfigs) = 31.7 and (21.4 * 7.35)-63.44=157.29-63.44=93.85 but writen as 94
Calculation: 17 divided by .4 = 42.5