First find the slope of the line = (y2 - y1) / (x2 - x1) where the 2 points are (x1, y1 and (x2, t2).
Then substitute the values of the slope (m) and one of the points into the point-slope formula
y - y1 = m(x - x1)
6 1/2 - 3 2/3 =
13/2 - 11/3 =
39/6 - 22/6 = 17/6 = 2 5/6 qts left
We can split it up into

I see you were supposed to use synthetic division
not sure what the 'related function is'
but as |x| approaches positivie infinity, y approaches positive infinity
as |x| approaches negative infinity, y approaches positive infinity
for the original function
as x approaches positivie infinity

approaches positive infinity
as x approaches negative infinity

approaches positive infinity
this is due to the x^2 term making it positive
Answer: b. 6(x + 4)
Step-by-step explanation:
The given word phrase = the product 4 more than x and 6
where , 4 more than x is equivalent to 
Therefore the algebraic expression for the given word phase "the product 4 more than x and 6"
=

Hence b. is the right option.
The algebraic expression for the given word phase is 
Answer:
389/1000
0.00389
Step-by-step explanation: