Sonic booms typically come in pairs due to the formation of shock waves as an object breaks the sound barrier. The first boom is caused by the initial shock wave generated when an object crosses the speed of sound, and the second boom is caused by the second shock wave trailing behind the object. These two shock waves create the characteristic double boom heard during supersonic flight.

The Space Shuttle's wingspan is about 78 feet (24 meters).

Some common types of airfoils include symmetrical, asymmetrical (cambered), thick, and thin airfoils. Symmetrical airfoils are typically used in aerobatic aircraft, while cambered airfoils provide more lift for general aviation aircraft. Thick airfoils are often used in gliders and fighter jets, while thin airfoils are common in high-speed aircraft.

its weight decreases since most of that weight is fuel and is being burnt off to get lift

We use things made from rocks and minerals every day. If something doesn't come from a plant or an animal, it has to be mined. According to the Mineral Information Institute, it is estimated that in a lifetime,

a person living in North America will use up the following quantity of rocks and minerals:

In this context, "51-D" typically refers to the type of form used for reporting dividend income to the Internal Revenue Service (IRS) in the United States. The "51" signifies the type of form, which is a 1099, used for various types of income reporting, while the "D" indicates it specifically relates to dividend income.

The billows of white smoke seen during liftoff of a space shuttle are caused by the ignition of the rocket engines. The smoke is often a result of the burning of solid or liquid rocket fuel containing compounds that produce white exhaust gases.

The Columbia space shuttle weighed about 90,000 pounds (40,823 kilograms) without any payload during its missions.

A sonic boom occurs when an object travels through the air faster than the speed of sound, creating a shock wave. Sonic booms are typically heard when military aircraft break the sound barrier. The frequency of hearing a sonic boom can vary depending on flight paths, air traffic regulations, and aircraft speeds.

A car would not be able to reach outer space as it lacks the necessary speed and propulsion to overcome Earth's gravity and atmospheric conditions. Outer space begins approximately 62 miles (100 kilometers) above the Earth's surface, which is well beyond the reach of a car's capability.

The space shuttle Discovery holds the record for the longest mission, lasting 365 days from 1984-1985 as part of the STS-51A mission. This mission involved deploying two communications satellites and conducting various spacewalks.

With no atmosphere and no magnetic field, the Moon's surface is exposed directly to the solar wind. Over its 4 billion year lifetime many ions from the solar wind have become embedded in the Moon's regolith. Thus samples of regolith returned by the Apollo missions proved valuable in studies of the solar wind

Kennedy Space Center in Florida is the preferred option. Edwards Airforce Base in California is the next site to be utilized if landing in Florida is unsafe, usually because of poor visibility or high winds. On one occasion only, a shuttle landed at White Sands in New Mexico, and this is the third option.Globally, there is a network of emergency landing sites, none of which have yet been used. See the link below.

A double sonic boom is caused by two shock waves created when an object travels faster than the speed of sound. The first boom is from the initial shock wave created at the front of the object, and the second boom is from the rear shock wave when the object passes by.

A water rocket flies by using pressurized air to push water out of the rocket's nozzle. As the water is expelled, it creates a reaction force that propels the rocket in the opposite direction, following Newton's third law of motion. The aerodynamic design of the rocket also helps to stabilize its flight.

A sonic boom occurs when an aircraft travels faster than the speed of sound (Mach 1). The sound waves generated by the aircraft compress and accumulate, creating a shockwave that is heard on the ground as a loud noise.

No, the International Space Station is not equipped with a self-destruct mechanism. It is a collaborative effort involving multiple countries and its primary purpose is for scientific research and international cooperation in space.

Momentum in a rocket is generated by expelling propellant at high speed through a nozzle, creating an equal and opposite reaction force. In the vacuum of space, there is no air resistance to oppose the rocket's thrust, allowing it to accelerate continuously as long as it expels propellant.

The space shuttle Columbia disintegrated upon re-entry into the Earth's atmosphere on February 1, 2003. This tragic event resulted in the loss of all seven crew members on board and was caused by damage to the shuttle's thermal protection system during launch.

The space shuttle orbits the Earth before landing to reduce its speed and align with the runway. This allows for a controlled descent and landing. Additionally, re-entering the Earth's atmosphere gradually helps dissipate the intense heat generated by friction.

No, cars cannot produce a sonic boom. Sonic booms are the result of an object traveling faster than the speed of sound, which is approximately 767 mph at sea level. Cars typically do not reach these speeds.

Space stations are human-made structures in outer space, designed for scientific research and space exploration. They are used as laboratories for scientific experiments, observations of Earth, and testing technologies needed for future space missions. Notable examples include the International Space Station (ISS) and the planned Chinese Tiangong space station.

For a rocket to lift off into space, it needs a powerful engine to generate enough thrust to overcome Earth's gravity. The rocket must also carry enough fuel to sustain its journey. Additionally, precise navigation and guidance systems are needed to control the rocket's trajectory and ensure it reaches its intended destination.

• Magic Kingdom - 28 MPH
• Disneyland - 32 MPH
• Tokyo Disneyland - 30 MPH
• Disneyland Paris - 47 MPH
• Hong Kong Disneyland - 32 MPH

Astronauts typically receive resupply missions every few months. These missions bring new food, equipment, experiments, and other supplies to the International Space Station (ISS) to support the crew's needs and ongoing research.