y=–3x–3
Answer:
Check the attachment (image).
Step-by-step explanation:
The slope is -3, so you have to put a point on the y-intercept (where the line touches the y-axis), or -3. Then you have to put a point 3 down (so -6 on the y-axis), and 1 right (so 1 on the x-axis) since the slope is actually:
-3/1
...now you get a ruler and make a line running through those points (if on paper).
Find c(8) in the sequence given by c(n) = 20 – 17(n − 1)
For this case, the quadratic function in its generic form is given by:
We must find the values of the coefficients.
For this, we evaluate the given points.
For (0, -4):
For (-2, -20):
For (4, -20):
Therefore, for the values of a and b we have the following system of equations:
Resolving graphically (see attached image) we have:
Then, the quadratic model is:
Answer:
a quadratic model for the set of values is:
B. 1/6
C. 2/33
D. 16/33
ANSWER
Find out the how many milliliters of water did coach Kelly put in each cooler.
To proof
let us assume that the water put in the each cooler be x.
As given
Coach Kelly bought 32 L of water
she divied the water equally between 8 coolers
1 litre = 1000 miilitre
solving the above
x = 4000 millitre
therefore 4000 milliliters of water did coach Kelly put in each cooler.
Hence proved