When you look at the table, find the y value that has equivalent values on both sides. For example, the y value for the vertex here is 10. After it, the values are 7,-2, and 17, and above it, the values are 7 and -2. This value should also be either the largest y value or smallest y value (depending on whether the parabola opens up or down).
You already have all you need. Just put in it the slope-intercept form: y=mx+b where m is the slope and b is the y-intercept so
y=7x-4
Answer:
193/1 or 386/2
Step-by-step explanation:
Both of the denominators go into the numerator 193 times, if that makes any sense.
<span>After 1st bounce => 80(0.6) = 60
</span>2nd Bounce. => 100(0.6)(0.6)^2 = 21.6
3rd => 100(0.6)^3 = 21.6
Final Answer: => 100(0.6)^8 = 1.67