Missiles

It would not take all the world's nuclear missiles to destroy the world as it only takes a few well-placed ones to cause catastrophic damage. The exact number is hard to determine, as it would depend on various factors such as the target locations and the size of the warheads. Just a small fraction of the world's nuclear arsenal could potentially cause widespread devastation.

A missile typically contains an explosive warhead made up of chemicals such as TNT or RDX. This warhead is designed to detonate upon impact or based on a predetermined timer, releasing a large amount of energy as an explosion. Additionally, there may be other components like fuses, detonators, and triggering mechanisms to ensure the missile detonates at the intended time and target.

The weight of a nuclear missile can vary depending on the specific model and design, but they can typically weigh several tons, ranging from 1 to 100 tons. The weight is influenced by various factors including the size of the warhead, fuel, and guidance systems.

The warhead section of a guided missile contains the main explosive charge. This is the part of the missile that is designed to detonate upon impact with the target in order to achieve the desired destructive effect.

Elements such as aluminum, titanium, steel, and various composite materials are commonly used in the construction of missiles. These materials provide strength, durability, and lightness, allowing missiles to maneuver effectively in flight and withstand high speeds and impacts.

Ballistic balance refers to the state of equilibrium or stability during projectile motion. It is achieved when the forces acting on the object, such as gravity and air resistance, are balanced, allowing the object to travel in a predictable path. Ballistic balance is crucial in fields like physics and engineering when designing projectiles or studying trajectories.

A missile is a self-propelled weapon designed to be launched at a target. It typically carries an explosive payload and is guided by a system that directs it to its intended destination. Missiles are used in military applications for purposes such as defense, offense, and strategic deterrence.

If a nuclear missile detonated on the Ring of Fire, it could potentially trigger seismic activity, tsunamis, and volcanic eruptions due to the region's already active tectonic plates. The consequences could be catastrophic for the surrounding countries and have far-reaching environmental impacts.

The downward acceleration of the projectile released from the missile would still be due to gravity, which is approximately 9.8 m/s^2 on Earth. This acceleration is independent of the initial upward acceleration of the missile.

The question you are asking is equivalent in many ways to asking "Which number is bigger 27 or 27?" as an atomic explosive and a nuclear explosive are generally considered the same. The only difference is a bomb is typically an explosive delivered by a manned airplane whereas the explosive warhead on a missile is delivered by either a rocket or an unmanned airplane called a cruise missile.

Either one could be a higher yield explosive, or as I stated in the example at the beginning of this answer both could be identical.

A missile designer is a professional who specializes in the development and engineering of missiles. They are responsible for designing the components and systems that make up a missile, ensuring it meets performance requirements, is accurate, and reliable. Missile designers often work in defense and aerospace industries.

Magnesium is used in missiles because it burns at a high temperature, making it suitable for incendiary effects. When combined with other materials, magnesium can create bright flashes of light and intense heat, making it an effective component in flares and defensive countermeasures.

The correct way to approach a missile is with extreme caution and only if you are a trained professional. It's important to follow safety protocols and procedures to ensure no accidental detonation or harm. If you are unsure, it's best to keep a safe distance and alert the authorities.

Anti-ballistic missiles work by detecting and tracking ballistic missile threats, launching an interceptor missile to intercept and destroy the incoming missile warhead before it reaches its target. The interceptor missile uses various technologies such as radar, infrared sensors, and onboard guidance systems to accurately track and intercept the incoming threat. Upon successful interception, the warhead is destroyed through impact, fragmentation, or other specialized methods to neutralize the threat.

The minimum velocity of the missile would depend on the time it takes for the missile to reach the target. If the missile travels 100 meters in 1 second, then the minimum velocity would be 100 m/s.

Missiles can lead to civilian casualties if not accurately targeted, and they can escalate conflicts if used inappropriately. Additionally, missiles are expensive to develop, produce, and maintain, which can strain a country's resources. Lastly, missiles can be intercepted by advanced defense systems, rendering them ineffective in some situations.

Nuclear missiles can travel thousands of kilometers, with some intercontinental ballistic missiles (ICBMs) capable of reaching targets on the other side of the world. The exact range depends on the specific missile and its design.

Ballistic experts have a deep understanding of the behavior of projectiles, firearms, and ammunition. This expertise allows them to provide valuable insights in criminal investigations involving firearms, such as determining the type of weapon used, distance of the shot, and trajectory analysis. They play a crucial role in forensic investigations to help link evidence to suspects and provide expert testimony in court.

In a nuclear missile attack, the consequences are catastrophic with widespread destruction and loss of life. There are no winners in a nuclear war as the use of such weapons would have devastating effects on both sides involved. It would result in massive loss of life, environmental destruction, and long-term consequences for the entire planet.

Ballistics is important for understanding the behavior of projectiles in motion, such as bullets or rockets. It helps to predict their flight paths, impact points, and terminal effects, which is crucial for weapons development, forensic investigations, and military strategy. Additionally, it plays a key role in enhancing firearm accuracy and ballistic protection.

The movie monster vulnerable to cadmium missiles was the creature in the movie "The Host" (2006). The monster was killed by firing cadmium-tipped arrows into its mouth because cadmium is toxic to the monster.

The army have developed a kind of 'pulse' that detonates RPG before they inpact on the side of a Hummer. There's a video on Youtube if you look for it. However 'Forcefields' don't really exist.

The parabolic arc of a SSM is determined by both the launch and target site coordinates and the flight characteristics of the particular missile. Imagine throwing a baseball and then a frisbee to hit the same target - each will fly differently to accomplish the same goal.

The amount of fuel a rocket carries can vary greatly depending on its size, purpose, and destination. For example, the Saturn V rocket used in the Apollo program carried over 3 million kilograms of fuel. Today's Falcon 9 rocket from SpaceX typically carries around 400,000 kilograms of fuel.