Solve Physics Problem: Jet Aircraft Launch from Carrier

In summary, the conversation is discussing a problem involving the acceleration of a jet aircraft launched from an aircraft carrier. The individual has found a different answer than what is given in the book and is seeking help in finding the correct answer. Eventually, they are able to solve the problem using the distance formula and determine the correct acceleration of the aircraft.
  • #1
prokoro
5
0
Hello,

I'm doing this problem; a jet aircraft bein launch from an aircraft carrier acceleration from the rest along a 94m track for 2.5sec?

The problem is my answer is different from book

I am using the equation V=V 0 + at

V=94m
T=2.5sec

V=0+94m(2.5sec)=235m/s

I know this answer is wrong I suppose to be looking for the acceleration of the aircraft assuming constant.

I even tried to work this problem with the equation
V^2=V^20+2a(x-x)

thank-you
 
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  • #2
Nevermind the above post

I figured out the correct answer to the problem V^2+V^2/2(x-x).

(2.5s)^2-(0)^2/2(94m)=30m/s
30m/s instead of the above answer
 
  • #3
I'm glad you finally got it! For future reference, it would be good idea to tell us what the question is! I assume, although you didn't say it, that you are given the final speed and time and are asked what the acceleration is. By the way, you tell us that
V= 94 m which doesn't make sense: "meters" measures distance, not speed. 94 meters is the length of the track so you need to use the distance formula: d= 94= V0 t+ (a/2) t2.
V0= 0 and t= 2.5 so you can solve for a.
 

1. How does the launch of a jet aircraft from a carrier work?

The launch of a jet aircraft from a carrier involves a series of complex physics principles. First, the jet is propelled forward using steam-powered catapults, which provide the necessary acceleration for takeoff. As the jet moves forward, the wings generate lift, allowing the plane to become airborne. This lift is created by the shape of the wings, the angle at which they are positioned, and the speed at which the jet is traveling.

2. What role does the weight of the aircraft play in the launch process?

The weight of the aircraft is a crucial factor in the launch process. The catapults on a carrier are designed to provide enough force to overcome the weight of the aircraft and accelerate it to the necessary takeoff speed. The weight of the aircraft also affects the lift generated by the wings and the overall stability of the plane during the launch.

3. How do pilots control the direction of the aircraft during a carrier launch?

Pilots use the plane's control surfaces, such as the ailerons and elevators, to adjust the lift and drag forces acting on the aircraft. This allows them to control the direction and pitch of the plane during takeoff. Additionally, the pilot's skill and experience play a significant role in maintaining control during the high-speed launch.

4. What are the potential risks of jet aircraft launches from carriers?

There are several risks associated with jet aircraft launches from carriers, including the possibility of mechanical failure or human error. The high speeds and forces involved in the launch process can also put stress on the aircraft and potentially cause damage. However, thorough safety protocols and regular maintenance help mitigate these risks.

5. How do environmental factors impact the launch of a jet aircraft from a carrier?

Environmental factors, such as wind speed and direction, temperature, and air density, can significantly impact the launch of a jet aircraft from a carrier. These factors can affect the lift and drag forces acting on the plane and may require adjustments to the launch process. Carrier crews closely monitor these factors and make necessary adjustments to ensure a successful launch.

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