A nuclear missile contains a nuclear warhead that uses either fission or fusion reactions to create a powerful explosion. The missile is launched toward a target, and upon reaching its destination, the warhead detonates and releases a large amount of destructive energy in the form of a nuclear explosion.
An atomic bomb is a type of nuclear weapon that releases a large amount of energy through nuclear fission when detonated, while a nuclear missile is a delivery system that can carry various types of nuclear warheads, including atomic bombs, to a target. Essentially, an atomic bomb is the warhead, while a nuclear missile is the means of delivering that warhead to a target.
The exact number of nuclear missiles needed to destroy all of humanity would depend on several factors, including the size and yield of the missiles, the accuracy of their delivery systems, and the locations targeted. However, even a small fraction of the world's nuclear arsenal has the potential to cause catastrophic global devastation.
The distance of damage caused by a nuclear missile depends on various factors such as the type and yield of the warhead, altitude of detonation, and weather conditions. However, a single nuclear missile has the potential to cause damage and casualties in a radius of several miles or more from the point of impact.
The first nuclear missile was used by the United States on August 6, 1945, when an atomic bomb was dropped on the Japanese city of Hiroshima during World War II.
Nuclear missiles utilize nuclear reactions to produce explosive energy, so they are inherently explosive. The explosive power of a nuclear missile is derived from the release of energy during a nuclear detonation.
Missiles provide long-range strike capabilities, precise targeting, and can be launched from various platforms such as ships, aircraft, and ground vehicles. They offer quick response times, reduced risk to human operators, and can carry a variety of warheads tailored for different mission objectives.
A Scud missile typically travels at a speed of around 700-1,000 meters per second, depending on the specific variant and conditions.
Yes, all of these weapons release carbon dioxide when used due to the combustion process involved in their operation. This combustion leads to the release of carbon dioxide into the atmosphere as a byproduct.
A rocket is a vehicle that travels through space propelled by engines, while a missile is a guided weapon system designed to be launched against a target. Rockets can be used for purposes such as space exploration, while missiles are typically used in military applications for attacking targets.
A nuclear missile can travel at speeds of more than 15,000 miles per hour (24,000 km/h). These missiles are designed to reach their targets as quickly as possible to minimize the chances of interception.
In a missile, the explosive material inside the warhead detonates upon impact to create a powerful explosion that can damage or destroy its target. The specific type of explosive used can vary depending on the intended purpose and design of the missile.
Solid-propelled missiles use solid fuel, which is more stable and requires less maintenance, making them easier to store and handle. Liquid-propelled missiles use liquid fuel, which allows for more precise control over propulsion and thrust levels, making them more maneuverable and efficient in flight.
The speed of a cruise missile can vary depending on the type and model, but generally, they can travel at speeds ranging from subsonic (less than the speed of sound) to supersonic (faster than the speed of sound). Some cruise missiles can travel at speeds exceeding 600 mph.
The most powerful missile in the world is considered to be the RS-28 Sarmat missile, also known as Satan-2. It is a heavy intercontinental ballistic missile developed by Russia with the capability to carry multiple warheads and evade missile defense systems.
Yes, there is a difference. A rocket is generally used for space exploration or transportation by propelling a spacecraft, while a missile is designed for military purposes to deliver explosives to a target. Both use propulsion systems to generate thrust, but they have different intended uses.
Missiles are self-propelled weapons that use an engine or rocket motor to travel towards a target. They can be guided to their target by various means, such as radio signals, infrared sensors, or GPS. When the missile reaches its target, it detonates its warhead to cause damage.
Missiles have a guidance system, a "brain" (computer), telemetry gear, warhead (or payload), fuel, and fins.
They are either active, semi-active, or passive. Active means that they send out their own RF (radio frequency) trying to identify the target. Think of it as a dolphin trying to find a fish using echolocation. It's the same principle. The reflected RF is returned to the missile and its computer adjusts its current course accordingly to the target.
A semi-active missile has a third party source transmitting RF towards the target and the reflection is returned to the missile.
A passive missile uses RF emissions from the target as it's homing. Essentially, the target itself is telling the missile where it is.
A Stinger missile has a speed of around Mach 2.2, which is roughly 2,685 km/h or 1,670 mph.
The ISBN for "Missile Gap" by Charles Stross is 978-1-4295-0723-8.
An aeronautical engineer is the general name given to someone who designs the aircrafts. They develop a model that is based on the design brief and the capabilities of the aircraft.
You can hold up to a maximum of 250 missles. There are 49 missle expansions, unless you count the first missle pack then there are 50.