This problem resembles one of a compound interest type, in which we would use the following formula:
Where:
C is the initial amount
j is the interest rate
n is the number of periods
M is the final amount
Using this same formula to solve our problem, we have:
C is the initial population
j is the annual growth rate
n is the number of years
M is the final population
OK. Let's do it...
C = 14000
j = 3% = 3/100 = 0.03
n = 6
M = ?
Making the due substitutions and performing the calculations:
M = C . 
M = 14000 . 
M = 14000 . 
M = 14000 . 1.19
M = 16,716.7
Response: 16,717
:-)
Answer:
9x - 36 = 10
Step-by-step explanation:
3/4 x - 3 = 5/6
The least common multiple of 4 and 6 is 12.
Multiply both sides of the equation by 12.
12 * (3/4 x - 3) = 12 * 5/6
12 * 3/4 x - 12 * 3 = 10
9x - 36 = 10
<u>Answer</u>
1.333 m/s
<u>Explanation</u>
The momentum before collision and after collision is always conserved.
m₁v₁ = m₂v₂
(0.05×0.6) + (0.03×0) = (0.03 × v) + (0.05 × -0.2)
0.03 + 0 = 0.03v - 0.01
0.03v = 0.03+0.01
0.03v = 0.04
v = 0.04/0.03
= 4/3
=<em> 1.333 m/s</em>
The equation written in standard form represents the number of servings of chicken strips and carrots that Will may have eaten is:
x*110 + y*29 = 333
<h3>Which equation written in standard form represents the number of servings Will may have eaten?</h3>
We know that he consumed a total of 333 calories.
- Chicken strips have 110 calories.
- Each carrot contains 29 calories.
There are x chicken strips and y carrots, so we must have that:
x*110 + y*29 = 333
That is the equation in standard form that we must solve to find how many carrots and how many chicken strips he ate.
If you want to learn more about linear equations:
brainly.com/question/1884491
#SPJ1
The answer is B hope this helps.
