2.93e−3
Scientific notaion is always dependent on significant figures, but for the given number it is: 5.61e^2
the answer is The answer is 3,000,000 to 3 x 10 6
It is: 3.8*10^10 in scientific notation
3.3 * 104 (3.3 e4) Or, if the accuracy id indeed 5 significant figures, 3.3000 * 104 33k
2.93e−3
Scientific notaion is always dependent on significant figures, but for the given number it is: 5.61e^2
the answer is The answer is 3,000,000 to 3 x 10 6
5.7*101 or 5.7 E1
It is: 3.8*10^10 in scientific notation
97,000,000=9.7times10tothe7thpower in scientific notation
3.3 * 104 (3.3 e4) Or, if the accuracy id indeed 5 significant figures, 3.3000 * 104 33k
It is: 9,200,000 or as 9.2*10^6 in scientific notation
As we write 0.00007 using significant figures in scientific notation then it would be written as 7x10-5 Also it is nothing but 7 in 100,000 (hundred thousand)
21 million written in scientific notation is 2.1 x 10^6.
18094123515000 in scientific notation is 1.8094123515 x 10^13
Exactly as it is or as 15,600,000 which is 1.56*10^7 in scientific notation