Velocity is the rate of speed in a given direction. Therefore, the plane's velocity is 610mph NW.
The resultant velocity of a plane is 75 km/hr.
It is simply a plane surface making an angle with the horizontal (ground).
The plane's average speed during that time was (3000/5) = 600 miles per hour.We can't say anything about the average velocity because we don't know where the tripbegan or ended. In addition to speed, velocity includes information about the direction.
You wouldn't drive a plane, you would fly one. One the ground the term then would be to "taxi" a plane
Falling three feetThis is a common question in elementary physics and the wrong answer (that the bullets will land at the same time) is given quite frequently. Though some would argue that factoring in lift due to exceeding terminal velocity is excessive and needlessly complicates things to make a point that changes the answer only slightly, the truth of the matter is that the fired bullet will take almost twice as long to land. Although you didn't state it explicitly in your question, we will assume the bullet fired from the rifle starts out three feet off the ground, not at shoulder height.Assuming that, the bullets will strike the ground at nearly the same time!! For many people that is a counter-intuitive answer.Orthogonal forces -- that is, forces at right angles to each other -- have no effect on each other. When a bullet is fired from a gun, the force due to gravity works at right angles to the bullet's horizontal motion. The bullet's horizontal motion and any forces acting on the bullet in the horizontal direction have no effect on the motion of, or the forces acting on, the bullet in the vertical direction.When the bullet leaves the end of the muzzle of the gun, gravitational forces will start to act on the bullet immediately. The bullet will accelerate toward the ground at 9.8 meters per second squared (32.2 feet per second squared), just like any object that is dropped and falling freely.At this point you might think they would strike the ground simultaneously. However, drag forces caused by the bullet exceeding terminal velocity would cause a lift. Similar to the principle upon which plane flight is based. This would cause the fired bullet to stay airborne slightly longer than the dropped bullet.The dropped bullet will strike the ground in about 432 milliseconds (0.432 second).The fired bullet will land shortly after.(Except the bullet would go far beyond an empty football field, unless it hit a wall at the end of it or something...)
A missile fired from the surface (ie the ground) intended to hit a target in the air (ie a plane) A missle fired on the ground that seeks out an airborne target.
A uniform thin rod of length 0.40 m and mass 3.5 kg can rotate in a horizontal plane about a vertical axis through its center. The rod is at rest when a 3.0 g bullet traveling in the horizontal plane of the rod is fired into one end of the rod. As viewed from above, the direction of the bullet's velocity makes an angle of 60° with the rod (Fig. 12-30). If the bullet lodges in the rod and the angular velocity of the rod is 8 rad/s immediately after the collision, what is the bullet's speed just before impact?
This is mainly because the bullet is material whereas light in not material. Matter already moving along with the plane, when it is fired it would have both the velocities added together. But in case of light it is energy, not matter. Light coming out of a moving source cannot have two velocities. It would have only the velocity of the disturbance which gets propagated in free space. Hence this constancy of velocity of light leads to the theory of relativity. Thereby space itself becomes relative. So the time too becomes relative.
When a bullet is fired at a glass window pane, the impact generates a focused force at a small point on the glass, causing it to shatter in a radial pattern around the impact point. The energy transferred by the bullet is enough to break the molecular bonds in the glass, leading to the formation of a hole and shattering of the pane.
It's unlikely, but possible. A bullet fired through the skin of the plane (through aluminum) will make a small hole, which will cause a pressure leak. The cabin pressure system can compensate for several such leaks. If a bullet is fired through a window, the window might blow out, causing the cabin to lose pressure fairly quickly--the cabin pressure system can't compensate for a hole that big. While that is hazardous to the passengers, it won't bring down the plane. (Although, the pilots will immediately dive to a lower altitude to recover some cabin pressure). A bullet that punctures a fuel tank or fuel line might lead to a fire which would bring down the plane.
The resultant velocity of the plane relative to the ground can be calculated using vector addition. Given the plane's speed due north (100 km/h) and the crosswind speed (100 km/h westward), use the Pythagorean theorem to find the resultant velocity. The resultant velocity will be 141 km/h at an angle of 45 degrees west of north.
It depends on which bullet. According to Wiki, the Concord can travel at 1330 MPH, which converts to approximately 1950 feet per second. Some bullets travel faster than that, some travel slower, especially bullets fired from handguns.
Velocity is the rate of speed in a given direction. Therefore, the plane's velocity is 610mph NW.
Depending on the rounds fired there would be a slight drop in speed momentarily due to the blowback of the gun. If firing say a standard 5.5 machine gun then the effect would be minor,if it were larger missiles etc the effects would be greater but still neglidgeable due to the huge mass and kinetic energy of the aircraft.
A missile fired from the surface (ie the ground) intended to hit a target in the air (ie a plane) A missle fired on the ground that seeks out an airborne target.
Depends on the design of a plane. Typically they fall out through special ports and fall to the ground.