Answer:
15
Step-by-step explanation:
1. Plug in the values.
q=10
p=-6
10÷2-(10)(-6)÷6
2. Use PEMDAS.
10÷2+60÷6
5+10
15
x = −2, x = 0
x = 2, x = 0
x = 0, x = 1 over 2
Answer:
C. x = 2, x = 0
Step-by-step explanation:
B. Follow-up plan
C. Résumé
D. Fact sheet
The correct answer is A. Self assessment
Nation of origin
b.
Immigration status
c.
Mental disability
d.
Age
Answer:
It is actually D) Age
Step-by-step explanation:
Because A) B) and C) can both be brought to court and the company or business will always lose, because those are all major discriminates that the court will favor the plaintiff but age is a total viable way to discriminate against a person.
And I took it on a test too.
Answer: 0ft < X ≤ 5.73ft
Step-by-step explanation:
In this case, we have a rectangle.
For a rectangle of length L and width W, the area is:
A = L*W.
And we have:
L = X
W = X + 3ft.
Then the area will be:
A = X*(X + 3ft) = X^2 + 3ft*X.
And we want to have a maximum area of 50ft^2.
Then we can write:
A = X^2 + 3ft*X ≤ 50ft^2
Now let's solve this for X.
Now, the first thing we can see is that both coefficients in our quadratic equation are positive, so as the absolute value of X increases, also does the whole equation.
Then makes sense start for the upper limit of X, this is when:
X^2 + 3ft*X = 50ft^2.
Now we can solve the quadratic equation:
X^2 + 3ft*X - 50ft^2 = 0
Applying the Bhaskara formula, the solutions are:
Then we have two solutions:
X = (-3ft - 14.46ft)/2 = -8.73 ft.
X = (-3ft + 14.46ft)/2 = 5.73 ft
Because X represents a distance, it can only be positive, then we must select the option X = 5.73ft.
This is the maximum value of X, and we will have:
0ft < X ≤ 5.73ft
Where the lower limit is there because we can not have X = 0ft, as this does not have physical meaning.