Answer:
1=75
3=75
4&6=105
Step-by-step explanation:
1+2=180
180-105=75(1)
3=5
=75(3)
3+4+5+6=360 & 4=6 , 3=5
[360-(75+75)]÷2=105(4&6)
Slope of the line = .
y-intercept of the line = -7.
Solution:
General form of equation of a line:
y = mx + c
where m is the slope and c is the y-intercept of the line.
Equation of a line:
To compare this with general equation.
Slope of the line = .
y-intercept of the line = -7.
24m > 10m
5m < 20m
hope this helps
The time of flight ends once the height of the ball hits the ground. First we look at the ball's upward trajectory. Its initial vertical velocity is (120 ft/s)(sin 30) = 60 ft/s. Since gravity is -32 ft/s^2, this means that the ball will fly upward for 60/32 = 1.875 s. By then, it will be at a height of:
h = h0 + vi*t - 0.5gt^2 = 3 ft + (60 ft/s)(1.875 s) - 0.5(32 ft/s^2)(1.875)^2 = 59.25 ft
So the time of its downward flight is solved by:
59.25 = 0.5(32)t^2
t = 1.924 s
Total time of flight = 1.875 + 1.924 = 3.799 s
The ball's horizontal velocity is constant at (120 ft/s)(cos 30) = 103.923 ft/s.
Multiplying this by the time of flight of 3.799 s gives a total distance of 395 ft.
Answer:
23333333333333
Step-by-step explanation:
first this then that then this then that