If you just type that exact equation into a calculator it gives you the same answer as well
Answer:
True
Step-by-step explanation:
2a^2b^3 and -4a^2b^3 are like terms because the variable parts (a^2 and b^3) are identical.
Answer:
-10.4
Step-by-step explanation:
-1.3(8)=-10.4
In one year
1 + (23/100) = (1 + x)^12
1 + 0.23 = (1 + x)^12
(1 + x)^12 = 1.23
1 + x = 1.23^(1/12)
x = 1.23^(1/12) - 1
x =~ 0.017400841772181508280113627030242
That's about 1.74% per month (which is about 20.881% per year), compounded monthly, to equal 23% per year, compounded annually.
So I believe you can write
<span>I=(1+.0174<span>)<span>12t</span></span></span>or<span><span>I=<span>1.0174<span>12t</span></span></span></span>
1.3 would be considered greater than negative 5. Although 1.3 is a decimal it is still a positive number and positives are worth more than negatives regardless
