Answer:
Number of year in which population will be 180,000 = 6 year (Approx.)
Step-by-step explanation:
Given:
Population in 2007 = 168,979
Rate of increase in population = 1% = 0.01
Future population = 180,000
Find:
Number of year in which population will be 180,000
Computation:
A = P[1+r]ⁿ
Future population = Population in 2007[1+Rate of increase in population]ⁿ
180,000 = 168,979[1+0.01]ⁿ
180,000 = 168,979[1.01]ⁿ
1.06522 = [1.01]ⁿ
n = 6 (Approx.)
Number of year in which population will be 180,000 = 6 year (Approx.)
It would be the absolute value of -74 - 48. so the answer is 28.
6 * 3 / sqrt9
<em><u>Using PEMDAS, solve SQRT first.</u></em>
6 * 3 / 3
<em><u>Using PEMDAS, solve 6 * 3.</u></em>
18 / 3
<em><u>Solve.</u></em>
6.
Your answer is 6.
Hi there!
In word form, 0.001 in worded form is one-hundredth.
Not actually a hundred, like, 100, but hundredTH, the TH meaning AFTER the decimal place.
This is just like how 0.01 is one tenTH, not ten like 10.
I am just saying that numbers after the decimal point will always end in TH.
Hope this helps!
Message me if you
need anything else! I'd be happy to answer more questions you may have! :D
Answer:
Step-by-step explanation:
Since this is a right triangle, we are able to use pythagorean theorem, a^2+b^2=c^2. In this case x would be the "c", so 22^2+22^2=x^2. Isolate the variable and solve for x. 484+484=x^2
968=x^2
=x
