Explanation:
Given that,
Initial speed of a ranger, u = 36.2 mi/h
Distance dove by the ranger, d = 205 ft
Due to the application of brakes, the acceleration reached is 8.83 ft/s².
We need to find the maximum reaction time allowed if she is to avoid hitting the deer.
We know that,
1 mph = 1.46667 ft/s
36.2 mi/h = 53.09 ft/s
Let t is time.
Using second equation of kinematics to find it as follows :

The above is a quadratic equation. We need to solve it for t as follows :

Hence, 416.01 seconds is the maximum reaction time allowed if she is to avoid hitting the deer.
Answer:
it would take rod B twice as much time
Explanation:
it would take rod B twice as much time as it is twice as thick and twice as long. Due to this reason it would take the electric charge not only more time but even more voltage to travel through the rod
All of the above hope this could
Help!
Answer: V = 3.4 L
Explanation: Use Boyle's Law to find the new volume. P1V1 = P2V2, derive for V2, then the formula will be V2= P1V1 / P2
V2 = 2.5 atm ( 4.5 L ) / 3.3 atm
= 3.4 L