Answer:
What he said ⬆️
Step-by-step explanation:
Ta-Da
the function is x^2-9, so all you have to do is replace x with a number. for example, 2.
so 2^2-9 is -5. the plot would be 2, -5. basically, plug in a number to be the x coord, and whatever number you get will be your y coord.
after you graph a few plots (doing the same thing above), draw a line through all of them.
if the line goes up towards the right top corner, it's increasing. if it goes down the right bottom corner, it's decreasing.
−8xy2 + 4x4y2 + 3x3
x4y2 + 4x3y5 + 10x4
x6y2 + 4x3y8 + 10x7
Answer:
Option A is the correct option.
Step-by-step explanation:
Polynomials given in the question are
1)
2)
3)
4)
In a standard form of a polynomial term with the highest degree should be written first, then second highest degree term and similarly other terms should be written.
Here 1st polynomial is in the standard form only in which degree of terms are as followed.
1 term degree of term = (5 +2) = 7
2nd term degree of term = (3 +1) = 4
3rd term 10x² degree of term = 2
So the answer is option A.
Picture on bottom
Answer:
On average 81 pizzas they sold per day.
Step-by-step explanation:
Pizza perfection sold pizzas on each days as :
Monday = 93 pizzas
Tuesday = 67 pizzas
Wednesday = 78 pizzas
Thursday = 44 pizzas
Friday = 123 pizzas
To calculate average pizza sold per day we divide total pizzas to number of days.
Total pizza = 93 + 67 + 78 + 44 + 123 = 405 pizza
Therefore 405 ÷ 5 = 81 pizza
On average 81 pizzas they sold per day.
B. 126° + (375n)°, for any integer n
C. 126° + (450n)°, for any integer n
D. 126° + (720n)°, for any integer n
The option (D) 126° + (720n)°, for any integer n is correct for any integer n.
Two different angles that have the identical starting and ending edges termed coterminal angles however, since one angle measured clockwise and the other determined counterclockwise, the angles' terminal sides have completed distinct entire rotations.
We have an angle of 126 degree
As we know from the definition of the coterminal angle.
If any angle θ the coterminal angles are:
= θ + 360n (for any integer n)
Plug n = 2n
= θ + 720n (for any integer n)
Also represents the coterminal angle.
Thus, the option (D) 126° + (720n)°, for any integer n is correct for any integer n.
Learn more about the coterminal angles here:
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