I would imagine it would be the first one because the coefficient of 4 has the greatest effect out of all of them
Answer:
<em>DAC=18(corresponding angles)</em>
<em>EAD= 162 degrees</em>
Step-by-step explanation:
<em>DAC=18(corresponding angles)</em>
EAD=180-18(angles on a straight line)
<em>EAD= 162 degrees</em>
Answer:
odd degree and positive leading coefficient
Step-by-step explanation:
From the graph , we can see that when x goes to infinity , y goes to infinity
As x--> ∞, y--> ∞ (As x increases the value of y increases on the positive side)
we can see that when x goes to -infinity , y goes to -infinity
As x--> -∞, y--> -∞ (As x decreases the value of y decreases on the negative side)
When x--> ∞, y--> ∞ and x--> -∞, y--> -∞
The leading coefficient is positive and largest exponent is odd
So the graph has odd degree and positive leading coefficient
Answer:
-6x-22
Step-by-step explanation:
-6 -2 (3x + 8)
Distribute the 2.
-6 -6x -16
Rewrite the expression.
-6x -6 - 16
Subtract -6 from 16.
The answer is -6x-22
Answer:
He has driven 16 miles so far
Step-by-step explanation:
The unknown in your equation is the total length of Trey's drive, which we will call "x".
From the problem statement, you know that 12 is three-fourths of x so set up the following equation and solve for "x":
3/4(x) = 12
multiply both sides of the equation by 4/3 to isolate "x":
(4/3)(3/4)(x) = (12)(4/3)
therefore
x = (12)(4)/(3) = 16
