It would be 7 divided by 11( note: always divide the top by the bottom)
2^3 +17-3g•4
8+17-12g
25-12g
Hope this helps :)
Let V = the launch velocity
Let θ = the launch angle
Let d = the horizontal distance traveled
Ignore air resistance.
The horizontal component of velocity is
u = V cos θ
The time of flight is
t = d/(V cosθ) = (d/V) secθ
Create a table of θ versus t as shown below.
θ t/(d/V)
---- ----------
45 1.4142
40 1.3054
35 1.2208
30 1.1547
The graph shows that as the launch angle decreases below 45°, the time of flight decreases.
Therefore arrow b (θ < 45°) arrives first.
Answer: Arrow b arrives first.
Answer:
18%
Step-by-step explanation:
first was 4400 c
lastly 3600
the difference 4400-3600 = 800
so 800/4400 *100%
=18.18%
Answer:
35
Step-by-step explanation:
IF the middle is 18 then there aer 17 infront and 17 in back added together equals 35.
