Quick Vx & Vy Problem: Get Help Now!

  • Thread starter samemikejones
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In summary, the conversation discusses a problem involving Vx and Vy, where Vx is determined to be 2.07m with incorrect dimensions. The horizontal distance where the book strikes the floor is numerically close to 1.79, which is being referred to as Vy. The dimensions of 1.79 are questioned and there is no mention of Vy in the results. The conversation then mentions the horizontal velocity as 2.75 m/s and the time it takes for the book to hit the ground as 0.65 seconds. It is suggested to use this information to calculate the distance the book traveled. Finally, the conversation mentions that the book is accelerating downwards at 9.8m/s^2 and prompts to find
  • #1
samemikejones
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0
please help quick Vx and Vy prob

Thanks for the help everyone.
 
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  • #2
2.07m is not Vx. It does not even have the correct dimensions. How did you get that? The horizontal distance where the book strikes the floor is numerically close to your 1.79 that you are calling Vy. What are the dimensions of that number? I don't see a Vy anywhere in your results.
 
Last edited:
  • #3
It says the horizontal velocity is 2.75 m/s, and it hit the ground after 0.65 seconds. Simple work to find how far it went.

Then you know it is accelerating downwards at 9.8m/s^2 for the 0.65 seconds that it is falling, so how far does it fall?
 

1. What is Quick Vx & Vy Problem?

Quick Vx & Vy Problem is a mathematical problem that involves finding the best angle of climb and best rate of climb for a given aircraft. It is used in aviation to determine the most efficient way to gain altitude.

2. How is Quick Vx & Vy Problem solved?

The Quick Vx & Vy Problem can be solved using mathematical equations and calculations, or with the help of computer software designed specifically for this purpose. It involves taking into account factors such as the weight and performance of the aircraft, as well as environmental conditions like temperature and wind speed.

3. Why is Quick Vx & Vy Problem important?

Quick Vx & Vy Problem is important because it helps pilots determine the most efficient way to climb and gain altitude, which is crucial for safe and efficient flight. It also allows for better fuel management and can impact the overall performance of the aircraft.

4. Can Quick Vx & Vy Problem be used for any type of aircraft?

Yes, Quick Vx & Vy Problem can be used for any type of aircraft as long as the necessary data and information about the aircraft's weight and performance is available. However, different aircraft may have different optimal angles and rates of climb, so the calculations may vary.

5. Are there any limitations to Quick Vx & Vy Problem?

One limitation of Quick Vx & Vy Problem is that it assumes a constant airspeed and angle of attack, which may not always be the case in real flight situations. It also does not take into account other factors such as turbulence or air traffic, which could affect the aircraft's climb performance.

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