Missiles

A missile has three major components. The propulsion system moves the missile and contains the fuel. The guidance system steers and guides the missile on its flight. Then there is the payload, typically an explosive.

Chandipur.

October 1962. There is a documentary available from the history channel called the Missiles Of October.

Air bronchograms occur when there is pulmonary infiltration or edema (swelling) in the tissues immediately adjacent to the bronchi. air-filled bronchi are seen as radiolucent, branching bands within pulmonary densities. Indicates involvement of lung parenchyma.

Ballistic Missile Submarine patrols are meant to provide the sea-based leg of the nation's strategic nuclear defense triad (sea, air, and land based strike/defense capability).

FBM submarines are given a designated area to patrol, that puts them within range of their targets should an order ever come. They avoid all contact with ships or other submarines, and do not respond via radio unless in emergencies or specifically instructed to by their respective commands.

FBM's have 2 crews that rotate every 3 months. One month is spent for transfer and refit of the boat, and the other 2 months are spent for transit and actual patrol time.

the V1 flying bomb was invented to bomb England in world war 2 and first flew in 1942 so that meaks it about 58 years old.

if this is wrong please correct.

mach 2.5.

Answer They used unguided rockets. Basically a rocket that fired in the direction it was pointed. Aircraft like the US Navy Corsair and the British Typhoon used rockets for ground attacks. The Germans developed a guided bomb that they could control it as it fell on the target. The bomb was called Fritz.

They could have hit targets in roughly half the territory of the 48 contiguous states.

Missiles with a free spin rate tail section benefit from greater stability and maneuverability during flight, as they can naturally adjust their orientation based on aerodynamic forces. This can lead to improved accuracy and reduced drift. In contrast, forced spin rate tail sections can create predictable, but potentially less adaptive flight paths, which may be less effective in dynamic combat scenarios. Ultimately, the free spin design allows for enhanced performance in varied conditions.

In Empire Earth, an anti-missile battery is a defensive structure designed to intercept and destroy incoming missile attacks from the enemy. It provides protection for your base and units by targeting and neutralizing threats before they can inflict damage. Strategically placing these batteries can enhance your defense against long-range assaults, making it harder for opponents to penetrate your defenses. Overall, they play a crucial role in maintaining the integrity of your territory during warfare.

When the missile crisis was resolved in October 1962, the Soviet Union agreed to withdraw its missiles from Cuba. In exchange, the United States secretly agreed to withdraw its Jupiter missiles from Turkey and Italy, which were positioned close to the Soviet Union. This agreement helped to de-escalate tensions between the two superpowers and avoid a potential nuclear confrontation. The resolution of the crisis marked a significant moment in Cold War diplomacy.

The three options considered for removing the missiles from Cuba during the Cuban Missile Crisis included a military airstrike to destroy the missile sites, a full-scale invasion of Cuba, and a naval blockade to prevent further shipments of missiles. Ultimately, President Kennedy opted for the naval blockade, termed a "quarantine," to avoid direct military confrontation while seeking a diplomatic resolution. This approach allowed for a period of negotiation, leading to a peaceful settlement and the eventual withdrawal of the missiles.

Space missiles are not officially named after Roman or Greek gods; however, some missile systems and space-related technologies have used mythological names for branding or symbolic purposes. For example, NASA's Saturn V rocket is named after the Roman god of time, and the Apollo program was named after the Greek god of light and knowledge. These names often reflect the aspirations and themes associated with space exploration rather than formal naming conventions.

a VERY powerful nuclear weapon i think its the most powerful one

Cosmoline is defined elsewhere in Wiki land and is, short story, crude Vaseline. It is the gooey stuff left after all the various fuels, solvents, etc have been distilled out of petroleum. Petroleum jelly (Vaseline) is refined from cosmoline. All the armies of the world have long used cosmoline to preserve firearms and other rust able hardware for long term storage, by means of painting the goo on all exposed surfaces. It is far too sticky for use as a lubricant. TEKnapp

No, they cant if it is a predatory missile or the smaller ones can't but nuclear ones can go into space and even circle the whole earth.

When air is pumped into a sunken ship, it acts as a floater. The air boosts the sunken ship's buoyancy and helps the trapped water to escape.

The major landmarks of the face are the palpebral fissures and the nasolabial folds.

Interview us and Soviet leaders about differences in costoms that affected the negotiations. (APEX)

The Soviet Union

Cannot determine without knowing the payload of both. A missile however can likely carry the larger more destructive payload.

John F. Kennedy Actually there were never any missiles fired during the Cuban Missile Crisis, JFK instituted a blockade to stop Soviet missiles from reaching Cuba, the Soviets backed off without a missile being fired.

The Berlin Wall and the Cuban Missile Crisis were both situations that defined the presidency of John F. Kennedy. Chairman Nikita Khrushchev of the Soviet was convinced that since Kennedy did nothing to stop the building of the wall that he would also do nothing about the placement of missiles in Cuba.

This really depends on a number of factors, such as the yield of the weapon, the detonation altitude, and the terrain.