To express the expression (3abc(3a^2 + 2b^2)) in scientific notation, first simplify it by distributing (3abc) into the parentheses. This results in (9a^3bc + 6ab^2c). If you need it in scientific notation, ensure the coefficients are in the form (k \times 10^n), where (1 \leq k < 10). In this case, you can express the coefficients (9) and (6) as (9.0 \times 10^0) and (6.0 \times 10^0), respectively, but typically, scientific notation is not applied to polynomial expressions directly.
1.03 x 105.
Standard Notation is where you take a number, say 10 to the fourth power and you turn it into its original number witch in this case is 10,000.
8.9x103 to standard notation... 103 = 1000, so you simply multiply the 8.9 by 1000 to give 8900
4 x 106
65% = 65/100 = 13/20
You can turn a number into scientific notation, but not an operation.
5.3 million in standard notation is: 5,300,000
335
10000
It is 3.096*10^1.
1.03 x 105.
I have invented 200 plus inventions. Who and where can I turn?
Standard Notation is where you take a number, say 10 to the fourth power and you turn it into its original number witch in this case is 10,000.
If you mean: 0.00670 m then it is 6.7*10^-3 m in scientific notation
8.9x103 to standard notation... 103 = 1000, so you simply multiply the 8.9 by 1000 to give 8900
4 x 106
65% = 65/100 = 13/20