Boeing

This depends on whether the 747 is full of fuel or not since a Boeing 747 weighs approximately twice as much when it is full as when it is empty! Given that an African elephant can weigh around 7 tons (the biggest up to 12 tons), and a Jumbo Jet is around 200 tons empty and 400 tons, when full of fuel - the answer lies somewhere in the region of 28 (empty) to 56 (full).

747 inches is 62.25 feet

And Don't know the size of the jet try another site sorry

The thrust of a rocket is a propulsive force generated by expelling mass at high velocity through the engine nozzle, according to Newton's Third Law of Motion. This force propels the rocket in the opposite direction with an equal and opposite reaction force, allowing it to overcome gravity and move through space.

depending upon the revision and model it's 42-45k ft

It is not possible to fly to the sun in a Boeing 747 as it is simply not designed for such a journey. The extreme heat and radiation near the sun would make it impossible for any craft to travel there.

Depends on what you mean by spaceship. Boeing is invovled in the maintenance of the aging Shuttle fleet, and likely is invovled in the production of the next phase of surface-to-orbit shuttlecraft. Boeing also makes lifters such as the Delta IV, which lift payloads out of the earth's gravity well. Boeing also works in collaboration on many solar system and deep space research projects that send various types of probes out from earth. Finally, we are in the preliminary plannning phases of a manned trip to Mars. If this gets approval, Boeing and most other aerospace firms will be invovled, as wil the USAF and NASA, most likely.

You can find real-time flight tracking maps on websites like Flightradar24 and FlightAware. These websites display the live location of planes worldwide, including details like flight number, altitude, speed, and destination.

A Boeing 747 can typically travel at a speed of around 570 mph. The circumference of the Earth is approximately 24,901 miles around the equator. Therefore, it would take a Boeing 747 approximately 44 hours to go all the way around the world without factoring in stops or layovers.

Remote sensing technology can help us answer the question "where" by providing precise location information through satellite imagery and GPS. This technology allows us to map the Earth's surface, track changes over time, and monitor natural disasters or environmental changes from a distance.

The F-18 Hornet has a maximum lift coefficient of around 2.5 in clean configuration.

The stall speed of a Boeing 747 heavy (747-400 or -8 model) is around 155-165 knots indicated airspeed (KIAS) at typical landing weight. This speed can vary based on factors such as weight, configuration, and atmospheric conditions.

Yes, Boeing Corporation is a significant government contractor. It is one of the largest aerospace and defense companies globally, supplying military aircraft, satellites, and defense systems to the U.S. government. Boeing has extensive contracts with the Department of Defense, NASA, and other federal agencies. These contracts include projects for advanced military technology, space exploration, and national security. Boeing's role as a government contractor is a crucial part of its business, contributing substantially to its revenue and positioning it as a key player in the defense and aerospace industries.

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According to Boeing's website, "the 747-400ER is now the largest and fastest commercial airplane in the sky - cruising at Mach 0.85, or 85 percent of the speed of sound."

A Boeing 747 typically requires a ground speed of around 180-200 knots (207-230 mph) for liftoff. This speed varies depending on factors such as aircraft weight, weather conditions, and runway length.

The rotation speed of a Boeing 787 during takeoff is typically around 150-180 knots (173-207 mph or 278-333 km/h), depending on the aircraft's weight and other factors. During rotation, the pilot gradually raises the nose of the aircraft to lift off the ground.

The zero lift drag coefficient of a Boeing 747 is approximately 0.022. This value represents the drag force experienced by the aircraft when it is not generating lift.

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The stall speed of an airplane is inversely proportional to the square root of the load factor. Therefore, with a load factor of 4, the stall speed would be 35 knots (70 knots / √4).

Jet fuel is less dense than water, causing it to float on the surface. This is due to the fact that jet fuel consists of hydrocarbons that are lighter than water molecules. The difference in density between the two substances creates the floating effect.

The various models of the 747 have different speeds. Early models fly at 540 mph while variations like the 747SP fly at over 570 mph.

A Boeing 747 typically cruises at speeds around 560-570 miles per hour (900-920 kilometers per hour). The exact speed can vary depending on factors such as altitude, weather conditions, and weight of the aircraft.

Assume you want V2 speed. Set flaps 10. This should give you V1 of about 120 knots. Rotate at 140 knots and climb out at 148 knots.

The 747 generates lift by increasing its speed and angle of attack. As the aircraft gains speed, the air flowing over the wings creates lift, allowing the plane to become airborne. The engines provide the necessary thrust to propel the aircraft forward for takeoff.

The thrust generated by the engines of a Boeing 747 is typically around 56,000 to 63,000 pounds-force per engine. Each Boeing 747 aircraft is powered by four engines, so the total thrust produced by all engines combined is roughly 224,000 to 252,000 pounds-force.

The 747's maximum takeoff weight ranges from 735,000 pounds (333,400 kg) for the −100 variant to 970,000 lb (439,985 kg) for the −8 variant.