Answer:
120
Step-by-step explanation:
based on the plot the closest number to the patter seem to be around 100 but its not 90 as 90 would be below so it has to be about 12
(-infinite sign, infinite sign)
Answer:
On-time Buses: 75%
Running late Buses: 13.46%
Step-by-step explanation:
Part 1: Solve for the probability of Jerry owning an "on-time" bus
Of the 48 buses that run on time, Jerry owns 36 of them. Therefore, the probability of a bus running on time being owned by Jerry will be solved with the ratio of 36 buses to 48 buses.
- This is represented by the fraction 36/48.
- Simplifying this fraction will give us 3/4.
- Convert to a decimal and then multiply by 100 to get a percentage - 75%.
Part 2: Solve for the probability of Jerry owning a "running late" bus
Of the 52 buses that run late, Jerry owns 7 of them. Therefore, the probability of a bus running late & being owned by Jerry will be solved with the ratio of 7 buses to 52 buses.
- This is represented by the fraction 7/52.
- Simplifying this fraction will give us 7/52 (cannot be simplified).
- Convert to a decimal and then multiply by 100 to get a percentage - 13.46%.
Roughly something like this. The y intercept is at (0,1). The x intercept is at (-.5,0). Another point is at (1,3).
The volume is 2304
the surface area is 1120