Answer:
The constraints are given as x ≤ 100 , y ≤ 400
Total number of incoming in the college = (x+ y)
Step-by-step explanation:
x = the number of out-of-state students and
y = the number in-state students
Number of out of state students that can be accepted = 100
So, the Number of in-state students that can be expected
= 4( out of state students)
= 4 x 100 = 400
So, the constraints are given as below,
x ≤ 100
and y ≤ 400
and total number of incoming in the college = (x+ y)
Answer:
The absolute value of the quadratic term,
is less than 1
Step-by-step explanation:
The given function is y = (-1/2)·x² - 7
The parent function is y = x²
The vertical compression or stretching of a quadratic function is given by the value of the coefficient, <em>a</em>, of the quadratic term, x² of a quadratic function, a·x²
A quadratic function is vertically compressed if the coefficient,
< 1.
In the given function, y = (-1/2)·x² - 7, the absolute value of the coefficient of the quadratic term,
< 1, therefore, the equation, y = (-1/2)·x² - 7, will be vertically compressed compared to the parent function, y = x².
Answer:
A
Step-by-step explanation:
The correct option is a. I guess
Answer:
The amount present in a sample of 401 grams after 25 years is
Step-by-step explanation:
we have
A(t) -----> the amount, in grams, of polonium 210 present in a given sample
t -----> the time in years

we know that
To find out the amount present in a sample of 401 grams after 25 years, substitute the value of t=25 years in the equation and solve for A(t)
For t=25 years
An equivalent expression would be 12 + 11y + 2x