For this answer you will have to use the order of operations, aka PEMDAS.
P-Parenthesis
E-Exponents
M-Multiplication
D-Division
A-Addition
S-Subtraction
This is a very easy question because there aren't any exponents.
We can first look at the Parenthesis because that is what comes first in PEMDAS.
(17+5) All we have to do is 17+5= 22
Then we can do multiplication...
so we have 22 times .5 which equals 11.
Lastly, we will do subtraction because there is no addition....
50-11= 39
Our answer will be 39.
10x - 15 = 5x + 20
5x = 35
x=7
hope that helps
1507 are the different ways can 5 baseball players and 4 basketball players be selected from 12 baseball players and 13 basketball players
<em><u>Solution:</u></em>
Given that,
5 baseball players and 4 basketball players be selected from 12 baseball players and 13 basketball players
This is a combination problem
Combinations are a way to calculate the total outcomes of an event where order of the outcomes does not matter
<em><u>The formula is given as:</u></em>
Where n represents the total number of items, and r represents the number of items being chosen at a time
<em><u>Let us first calculate 5 baseball players from 12 baseball players</u></em>
Here, n = 12 and r = 5
<em><u>For a number n, the factorial of n can be written as:</u></em>
Therefore,
<em><u>Similarly, 4 basketball players be selected 13 basketball players</u></em>
n = 13 and r = 4
Similarly we get,
<em><u>Thus total number of ways are:</u></em>
Thus there are 1507 different ways
One square foot is 12in x 12in which means one square foot is equal to 144 square inches.
If 8 pieces of glass = 144 square inches
then let's multiply both sides since 144 x 6 = 864
(8 pieces of glass) x 6 = (144 square inches) x 6
so 48 pieces of glass = 864 square inches
The answer is B 48 pieces
Answer:
Step-by-step explanation:
Given that:
A country population at any given time (t) is:
where;
P = population at any time t
k = positive constant
I = constant rate of immigration into the country.
Using the method of separation of the variable;
Taking integration on both sides:
By applying the exponential on both sides;
Assume
Then:
When time t = 0, The Total population of the country is also
C - I = kP₀
C = kP₀ + I
Substituting the value of C back into equation(1), we have: