afa said:Ttotal=trock+tsound distance=Vsound*tsound ts=340m/s-trock x=x+vt+.5at^2 quadratic equation
Free fall with speed of sound involves an object falling through the air at a constant speed equal to the speed of sound. This is different from regular free fall, which is when an object falls under the force of gravity without any other external forces acting on it.
The speed of sound in free fall is determined by the atmospheric conditions, such as air temperature and density. As air temperature decreases, the speed of sound also decreases, while an increase in air density results in a higher speed of sound.
Yes, an object can reach the speed of sound in free fall if it is falling in a vacuum or in an atmosphere with a low enough density. However, in most cases, the air resistance will prevent an object from reaching this speed.
The acceleration of an object in free fall with speed of sound remains constant at approximately 9.8 m/s^2. This is due to the force of gravity acting on the object, which is not affected by the object's speed.
Yes, free fall with speed of sound is possible on other planets, as long as they have an atmosphere and the conditions are right for an object to reach the speed of sound. However, the speed of sound may be different on other planets due to variations in atmospheric conditions.