Answer:
(3,-2)
Step-by-step explanation:
the distance between the y-coordinate of P and R is 14. We know that the distance has to be in a ratio of 2:5. So the distance of P-Q must be 4 and the distance from Q-R must be 10. Then you do the same thing for the x-coordinates.
Answer:
5
Step-by-step explanation:
in similar figures the side lengths must be proportional:
4/8 = x/10 cross multiply fractions
40 = 8x divide both sides by 8
5 = x
To answer this problem, you would need to convert the values into inches.
12 inches = 1 ft
Table = 3ft 2 in = 38 inches wide
Chair = 25 inches wide
Then just subtract the two values to find how much wider the table is than the chair.
38-25=13 inches wider
M>5=m>4
m>5 and m>7 are on line then m>5+m>7=180
by substituting
m>4+37=180
m>4=143
m>2=m>7=37
m>4=m>8
m<3+m>5=180
Answer:
110.9 feet
Step-by-step explanation:
The function that models the flight of the ball is
where f(x) is the vertical distance in feet and x is the horizontal distance the ball travels
If the ball hits the ground, then f(x)=0
The solution is given by the quadratic formula:
We substitute a=-0.02, b=2.2, and c=2 to get:
This implies that:
Since we are dealing with time,
To one decimal place, we have 110.9 feet
