Answer:
year 2343
Step-by-step explanation:
The population (in millions) of a certain country can be approximated by the
function:
P(x) = (100)*1.02^(x)
where x is the number of years after 2000.
If we want a population of 300 million
300.10^6 = (100)*1.02^(x)
3.10^6 = 1.02^(x)
Which can be solved with a calculator or any computational tool. See attached pictures
The answer is
x = 342.804
2000 + 342.804 = 2342.804 ≈ 2343
Palindromes are numbers whose reverse is the same as the original number
There are twenty-five 5-digit palindromic numbers, that have digits that add up to 14
<h3>How to determine the count of 4-digit palindromes</h3>
The digit of the palindromic number is 5.
This means that:
- The first digit of the palindrome can be any of 1 to 7 (because 7 is half of 14)
- The second digit can be any of 0 - 6 (i.e. 7 digits)
- The third digit can be any of 9 digits
- The fourth digit must be the second digit (i.e. 1 digit)
- The last digit must be the first digit (i.e. 1 digit)
So, the total number of digits is:


Hence, there are twenty-five 5-digit palindromic numbers, that have digits that add up to 14
Read more about palindromes at:
brainly.com/question/26527765
Answer: 3.82 miles
Step-by-step explanation:
According to the shown figure, we can imagine the scene as a <u>right triangle</u>, where the tower is located at the right angle, and the fireman and the forest fire located at each of the other two vertices.
So, since we are dealing with a right triangle we can use the Pithagorean Theorem, in order to find the distance from the fireman to the fire
, which is also the hypotenuse.


Finally:

Answer:
D. The volume is the product of the area of the base, (2x - 1)(x - 3), and the height x + 4.
Step-by-step explanation:
Volume of a Rectangular Block: V = lwh
Since we are given variables <em>l</em>, <em>w</em>, and<em> h</em>, we simply plug them in:
V = (2x - 1)(x -3)(x + 4)
We can see that we would need to multiply all 3 to find our volume. Therefore, our answer is D.
Answer:
3/26
Step-by-step explanation:
Probability of the first box to have the secret decoder ring is 18 out of 52:
Probability of the second box to have the ring is 17 out of 51, because one box with the ring already selected and not counted:
Probability that both of them have the secret decoder ring:
<u>So the answer is</u> 3/26