Answer:
I believe that it would be 14
Step-by-step explanation:
Answer:
y=5(x-3)^2+2
Step-by-step explanation:
You plug the point into f(x)=a(x-3)^2+2... that already has already been solved for the vertex that you want. Then you swap it out for the solution you have solved for.
To find f(2), put 2 where the variable is, then do the arithmetic. It might be easier to factor out x^2:
f(x) = (-6x-4)·x^2
f(2) = (-6·2-4)·2^2
= -16·4
= -64
Then the ordered pair (x, f(x)) for x=2 is
B. (2, -64)
I am repeating again the solution, although I don't think there was a mistake:
0.36 (with the bar over 36) means the number under the is repeating itself, we call it a recurring decimal.
So 36 ,with a bar over 36 means: 0.3636363636....
To write any recurring decimal in a fraction, you have to multiply & divide at the same, the number with 100 , if you choose 0.36 or with 10,000 if you choose 0.3636 or with 1,000,000 if you choose 0.363636 (note that the number of Zeros equal the number of chosen decimals.
In our example let's take 0.3636 , then we multiply it by 10,000 & divide it by same: (0.3636 x 10,000) = 3636/10,000 =1,818/5,000 = 909/2500 =0.3636
If you opt to render 0.363636 into a fraction, then you have to multiple the latter number & divide it by 1,000,000
Answer:
y=500x+100
Step-by-step explanation:
y=mx+b is slope-intercept form where m is the slope and b is the y-intercept.
Fara has to pay $100 to set the tent up, so b is 100.
Fara has to pay $500 per hour, so m is 500.
So, the equation is y=500x+100
