Possibly. A version of the Nike missile in the 1960s and some other systems later were designed with the intention of doing this. However it is a problem analogous to trying to shoot down a bullet shot from a gun to prevent it from hitting its target, however the reentry velocities are much higher than bullet velocities.
The most promising idea considered for this (avoiding a nuclear warhead to intercept the nuclear warhead and destroy it) uses a method called kinetic kill where the missile carried a precision guided solid metal rod 20 to 30 feet long that collides directly into the target nuclear warhead. This requires a high velocity missile and highly miniaturized computers and thrusters on the metal rod. Only preliminary tests under somewhat unrealistic conditions have been tried (e.g. the target is carrying a RADAR transponder to help guide the metal rod to collision).
Red Snow was developed by the United Kingdom.
No, they are not the same thing. An atomic bomb is a type of nuclear weapon that releases a large amount of energy through nuclear fission or fusion reactions. A nuclear missile, on the other hand, is a missile system that is capable of delivering a nuclear warhead to a target.
A nuclear warhead is a nuclear bomb designed and optimized to be carried by some kind of missile.
Maybe. If ABM was nuclear itself, it will probably cause fratricide in the warhead causing it to dud. If ABM is conventional it might detonate conventional explosives in warhead. Whether this produces yield or not depends on how safe the warhead was designed against one point detonation nuclear yield.
Agni-5 7500km & with nuclear warhead it would be 5500 km
Basically, a chemical booster rocket propels it into space, once in space the warhead bus separates from the booster rocket, the booster rocket fall toward earth and burns up, the warhead bus maneuvers to aim the warhead(s) at the target(s) and releases the warhead(s). When a warhead arrives at its target at the preset burst height/depth it detonates. There are many other detail steps I have skipped over to keep it simple.
In the American submarine force their are two types of missiles: 1. Tomahawk® Land Attack Missile (TLAM) 2. Sea-launched ballistic missile (SLBM) A multiple independently targetable reentry vehicle (MIRV) warhead is what is deployed on a SLBM. The TLAM can carry a conventional warhead or a single nuclear warhead.
Although the missiles themselves are not intended to explode, malfunctions can cause the missiles to explode in flight. This was a repeated problem during early development of most missiles intended to carry nuclear warheads; some even exploded directly on the launchpad. One Titan II missile even exploded in its silo, throwing its warhead nearly a mile away (but without the warhead exploding).The nuclear warhead or warheads carried by the missile are clearly explosive, some with yields up to 20 megatons. But they are no longer attached to the missle when they explode. The missile carries the warhead or warheads into space, where they separate and the warhead or warheads reenter the atmosphere, then explode about a mile above a city or just below the ground surface near a missile silo or other fortified military facility.
The United Kingdom has around 160 active nuclear warheads. Their arsenal is Trident-missile based, but using a british warhead design.
A standard chemical rocket, same as used to launch satellites, with a nuclear warhead in its nose cone, instead of a satellite. Simple isn't it?
Remember that most modern weapons are dial-a-yield weapons, which means the warhead can be boosted anywhere from a minimum to a maximum yield. This all depends on the ICBM delivery vehicle, the specific warhead, the country of origin and the yield set on each warhead. I'd say anywhere from 150 kilotons to 450 kilotons or so per warhead, depending.
In the American submarine force their are two types of missiles: 1. Tomahawk® Land Attack Missile (TLAM) 2. Sea-launched ballistic missile (SLBM) A multiple independently targetable reentry vehicle (MIRV) warhead is what is deployed on a SLBM. The TLAM can carry a conventional warhead or a single nuclear warhead.