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%.
Since y is 5.2 you can substitute it in your equations 5.2 = -5x - 40 then you do things like normal add 40 in both sides and divide -5 in both sides you get 9.04
Answer: 4,000 Meters
Step-by-step explanation: one meter is 1/1000 of a kilometer
The point of ntersection is 2, 1 because 3-1 is 2 and 2 - 1 is 1 combine them 2, 1
Answer:
ZP=66
Step-by-step explanation:
Quadrilateral WXYZ is a rectangle. Diagonals WY and ZX intersect at P. If PY=3x−5 and WP=2x+11, find the value of ZP.