| Q. | Where can i find V speeds? | Related Search:
Aircraft | | | Is there a were i can find aircraft V speeds on the internet i would be very grateful
| | A. | hope the links are of some use fore you | | | |
| Q. | Does anyone know the V speeds of any of the following planes 738, 763,772, A346, A380? | Related Search:
Aircraft | | | I've searched the internet searching for the most basic of operating guides for these planes, but to no avail.
So does anyone know the flap degrees and v speeds for takeoffs?
737-800
767-300
A340-600
A380-800
777-300
Much appreciated, thanks :)
| | A. | V-speeds vary with aircraft weight, runway length, altitude and temperature, and will vary over a range of 20-30 kt over the range of possible conditions... | | | |
| Q. | Two skaters, each having mass m, are moving parallel to each other with speeds v? | Related Search:
Physics | | | Two skaters, each having mass m, are moving parallel to each other with speeds v
while holding a rope of length l. The middle of the rope snatches a vertical poll.
What is the force of tension in the rope immediately after that?
| | A. | The tension in the rope will be the centripetal force = m*v^2/r where r = l/2
So T = 2*m*v^2/l | | | |
| Q. | A objectdrops onto floor and shattersinto tree pices of equal mass two of the piece go off with equal speeds v | Related Search:
Engineering | | | a objectdrops onto smooth floor and shatters into tree peices of equal mass two of the piece go off with equal speeds v at right angle to one another.find the speed and direction of third piece (Using linear momentum and collision)
| | A. | assume the drop is straight vertical and no horizontal component.
assume there is no vertical component to the dispersal
total momentum must sum to zero.
Piece a and b go off at 45degrees and -45 degrees direction at velocity v.
piece c must go in the direction of 180 degrees
by drawing this out, you can see that the y component of momentum is zero since the 45's offset eachother and the 180 has zero component in the y direction.
m1 * the x component of v1 + m2 * the x component of v2 = m3 * x component of v3
m1=m2=m3 so
v* cos (45) + v *cos (-45) = v3
v3 = 1.414*v | | | |
| Q. | Does anyone know the V speeds for an Ercoupe 415e? (100 hp)? | Related Search:
Aircraft | | | I have an Ercoupe 415e with a 100hp (O200) engine. So far I've been "winging it" taking off and landing at around 70/80 mph. Does anyone have the vspeeds for this type of airplane? Thanks... :)
| | A. | You could try contacting folks at one of these sites:
[Link]  /
[Link] /
[Link] /
Here's a couple of websites:
[Link]
[Link]
Good luck. It sounds like its really fun to fly.. | | | |
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