Table of Contents
What is the trajectory of a bomb dropped from a plane?
parabolic trajectory
When a bomb is released from an airplane, it follows a parabolic trajectory with a horizontal speed equal to that of the airplane. The bomb falls directly below the airplane (dashed line).
When a bomb is released from an aeroplane the path described by it is observed by the pilot is?
(c) The path of the aeroplane with respect to bomb is a straight line (d) The path of the bomb as seen by pilot observed as parabola. A bomber flying horizontally with constant speed releases a bomb from an aeroplane.
Why bomber does not drop the bomb when it is vertically above the target?
Ans. The bomber does not drop the bombs vertically above the target because the bomb has initial horizontal components of Velocity due to which the bomb followed a curved path so if he drop the bomb when he is vertically above the target he misses the target. 3.
How does dropping a bomb work?
Aerial bombs typically use a contact fuze to detonate the bomb upon impact, or a delayed-action fuze initiated by impact.
What is the acceleration of a projectile at the top of the trajectory?
The vertical acceleration of a projectile is 0 m/s/s when it is at the peak of its trajectory.
How do bombs fall?
Gravity will accelerate the bomb downwards, and as its velocity increases so does the drag force. At some point (as speed and air density increase), the force of drag will become equal to the force of gravity, and the bomb will reach terminal velocity.
Do bombs explode when they hit the ground?
A ground burst is the detonation of an explosive device such as an artillery shell, nuclear weapon or air-dropped bomb that explodes upon hitting the ground. This condition produces substantial amounts of nuclear fallout. An air burst or a deep subterranean detonation, by contrast, makes little fallout.
Why do some bombs have propellers?
The two propellers on one of the bombs? These allow the bomb to have two fuzes. One might be set to go off on impact, while the other might have a small delay. The former would be right for ground targets, while the other would be best for bombs falling through hangars.
When projectile is at the highest point of its trajectory the direction of its velocity and acceleration are?
horizontal direction
Direction of velocity is always tangent to the path so at the top of trajectory, it is in horizontal direction and acceleration due to gravity is always in vertically downward direction.
What happens when a bomb is dropped from an airplane?
When a bomb is released from an airplane, it follows a parabolic trajectory with a horizontal speed equal to that of the airplane. The bomb falls directly below the airplane (dashed line). If the bomb explodes at some height above the ground, the center of mass of the fragments follows the original parabolic trajectory (orange curve).
What determines the path or trajectory of a bomb dropped?
The path or trajectory of a bomb dropped from will greatly vary with a number of factors. One of the primary factors is the dive angle of the delivering aircraft. The path or trajectory of a bomb dropped, and more importantly the accuracy of an unguided bomb will greatly vary with the dive angle of the delivering bomber.
What is the effect of air resistance on a bomb?
If you include air resistance then the horizontal velocity of the bomb is reduced compared with that of the plane and the bomb must land at some distance behind the plane. Air resistance is generally treated as a force proportional to the square of the velocity directly opposite in direction to the total velocity of the object…
How do you make a bomb more precise?
The obvious solution is to launch the bomb from a dive. The bigger the dive angle, the more precise the bombing – or if you wish the determination of the trajectory – is. The bombing from medium altitude at an angle of more than 70 degrees can give almost a pinpoint accuracy to dumb bombs.