Consider a constant density gas flowing steadily over an airfoil. Far upstream the velocity is V0. Halfway along the top surface
, the velocity has increased to 2V0. Halfway along the bottom surface, the velocity has decreased to V0/2. Find the pressure difference between the top and bottom surface at this location. State all your assumptions.
1 answer:
You might be interested in
Acceleration is the rate of change of velocity of an object. Thus when the velocity ( direction or magnitude) of an object changes, we say that the particle is accelerating. Mathematically it is written as
a=
The units of acceleration are m/s²
Acceleration can be positive or negative. If the velocity of an object increases, we call that as positive acceleration and if the velocity of an object decreases, we call that as the negative acceleration.
Answer:
Distance maximum
Xmax = 32m
Explanation:
Kinematics equation between velocities and distance:
For the distance maximum the final velocity is zero:
⇒
then, the equation becomes:
We replace the values for the initial velocity and acceleration
Vo=16m/s; a = -4m/s2
Finally: