Answer:
Explained below.
Step-by-step explanation:
The value of different types of coins are as follows:
1 penny (p) = 1 cent
1 nickel (n) = 5 cents
1 dime (d) = 10 cents
1 quarter (q) = 25 cents
It is provided that Taylor has 18 cents in dimes and nickels in her pocket.
This is not possible.
Because the sum of any number of dime and nickel coins will always be a multiple of 5.
<em>a</em>·d + <em>b</em>·n = 10<em>a</em> + 5<em>b</em> = 5 (2<em>a</em> + <em>b</em>)
The value 18 cents can be formed as follows:
8p + d = 18 cents
3p + n + d = 18 cents
3n + 3p = 18 cents
<span>The <u>correct answer</u> is:
An extreme point.
Explanation<span>:
An extreme point is also called a corner point.
An optimal solution to a linear program is the feasible (reasonable) solution with the largest value, for a maximization problem.
Since we want the largest value, the corner point of the solution set would be optimal.
One of the facts of linear programming is that every linear program has an extreme point that is an optimal solution.</span></span>
1. Ten
2. Hundred
Hope this helps
Answer:
12 meters
Step-by-step explanation:
The area of a parallelogram can be found using:
a=bh
We know that the base is 7 meters, and the area is 84 square meters. Therefore, we can substitute 7 in for b, and 84 in for a.
84=7h
We want to find the height. To do this, we have to get h by itself. Since h is being multiplied by 7, divide both sides by 7.
84/7=7h/7
12=h
So, the height is 12 meters
<u>Answer:</u>
1 , 
(Answer)
<u>Step-by-step explanation:</u>
Since, 8 chips are selected at random and 5 are there defectives in the lot, So, at least (8 - 5) = 3 chosen chips will be non - defective.
So, P ( At least two of selected part is non defective ) = 1 .
P(first and second samples are defective)
= 
P ( first, second and third samples are defective)
= 
So,
=
= 
= (Answer)
