NASA

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 Mars rover was not invented by a single individual. It is the result of collaborative efforts by scientists, engineers, and researchers from NASA and other organizations. The development of the Mars rovers, such as Spirit, Opportunity, Curiosity, and Perseverance, represents years of work by teams of experts in various fields.

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.

American adventure Steve Fossett set off from Kennedy Space Center on Febuary 8, 2006, onboard the virgin Atlantic Global Flyer. He Flew 26,389.3 miles and landed 76 hr. 45 min. Steve Fossett flew 26,389.3 miles and landed 76 hr. 45 min later.

It is possible that the three bright lights next to the moon could be from the International Space Station (ISS) if it is passing overhead during that time. The ISS orbits the Earth at a high altitude and can sometimes be visible as a bright light moving across the night sky, appearing as a fast-moving point of light. You can check online resources or apps to track the ISS if you want to confirm its visibility in your area.

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.

Most satellites are launched to the east to utilize the earth's rotation as an extra propelling force. The earth is rotating in a counter-clockwise direction when viewed from the North Pole (from west to east), and when we launch our satellites east we take advantage of this momentum (angular momentum) from the earth's rotation. In effect, a rocket sitting still on the launch pad at Cape Canaveral is ALREADY GOING EAST, at about 800 miles per hour!

On the other hand, if we launch them westward, the satellites will have to fight against the angular momentum of the earth's rotation, which means more power is needed to break through the earth's atmosphere. As many of us might not have noticed, we are moving at a breathtaking speed just by standing still (about 1000miles/hour at the equator, and decreasing with increasing latitude) when viewed from outer space. Launching our satellites eastward will harvest this power and save on fuel cost, and in space shuttle terms, that's a lot of money!

However, not ALL satellites are launched to the east; some are launched to the south. Some relatively small percentage of satellites are launched into polar orbits so that they orbit the Earth from south to north, and then north to south. The Earth spins west to east, so that the effective ground path of the satellite is covers the Earth like a ball of twine. American satellites launched into polar orbits are often launched from Vandenberg AFB in California, where a launch to the south keeps the rocket over water for several thousand miles.

Reaching space typically requires traveling at around 17,500 mph to break free from Earth's gravity. At 75 mph, you would need to accelerate significantly faster to reach space. The amount of time it takes to get to space would depend on how quickly you can reach and sustain that speed.

Solid objects can float on oobleck, which is a mixture of cornstarch and water, if they move quickly enough. The less the spacecraft weighs, the longer it can stay afloat on the oobleck, but any spacecraft can float on oobleck for a short time.

1. Weather forecasts

2. Television (other than local news, and some of that is satellite-delivered as well)

3. Intercontinental telephones

4. The Internet

5. Anything that uses GPS, including airlines, UPS or FedEx drivers, campers

6. The military; almost all military communications are sat-based.

Buckle up 'cause the NASA mechanical engineer has his hands full. Both of them! The mechanical engineer might be called an "applied physicist" because he takes the principles of physics and applies them to mechanical systems. Let's check it out. Rockets, space stations, satellites and stuff like that are all mechanical structures. Someone has to figure out what is wanted, what is needed, and what is possible. They'll also need to figure out what will have to be "bridged" and "created" or "invented" using the most current materials, methods and manufacturing processes to make it happen. They reach into the future to adapt innovative and newly appearing materials and ideas as well. These thinkers and problem solvers will be looking at everything from, say, the overall size, shape and mass of a modular Skylab addition to the individual fasteners, welding techniques or machining that will be used to build it and keep it together. Everything in between will also be looked over closely. One NASA engineer will be looking at a module, and another will be looking at how it couples to other modules. Still another will be thinking about what fixtures and machinery will be needed to handle the piece on the ground, and also up in space to throw it out of the ascent vehicle and position it for attachment. Senior engineers who have "been there and done that" will oversee sections of the projects, and those in work groups will report to them. Anyone in space is riding in a mechanically engineered vehicle or on a mechanically engineered platform. He's breathing air from a mechanically engineered air system, and drinking and eating stuff held in mechanically engineered reservoirs or compartments. He cleans himself and gets rid of waste in mechanically engineered facilities. Think about what you do in a day and imagine doing it in a box about the size of a walk-in closet. That closet up there displays the best the mechanical engineers can come up with. NASA engineers use all their education to pull off the things they do. They're all math minors (or physics minors, or both - or even double majors!) 'cause they flew through the Calculus and applied it to stress and strain problems, thermodynamics, fluid mechanics and a whole bunch of other stuff Newton could only dream about. There are lots of things "hidden" in mechanical engineering. Robotics. Nanotechnology. Composites (with chemists). Oh, and how do you suppose we figure out about how craft will behave in space? Orbital mechanics is really mechanical engineering. If you're considering mechanical engineering, math and physics pave the way. Know that up front. These are the heart and soul or "backbone" of this branch of engineering. It's a science. And only thinkers need apply. Problem solvers. Outside-the-box operators. But it's something you can do if you want it. Betcha. Start now. Come to think of it, by asking the question, you've already started. Step on up. See it happening. Go for it. Never let up. One class at a time, one semester at a time. The door is open. Step through. Got links if you want 'em. Look below.

In aviation, a flight engineer is a member of the aircrew of an aircraft who is responsible for checking the aircraft before and after each flight, and for monitoring and operating aircraft systems during flight. The flight engineer usually has a background in aircraft maintenance and may reasonably be described as the "technical expert" member of the operating crew.

The name gives it away. The word "dame" was used to refer to women long years ago in Europe. It is said that the sweet smell of the flowers caused women to really LOVE this plant and the "s" at the end of the word "dame's" shows a close "connection" like ownership.This flower was brought to America by the earliest settlers. It rapidly escaped from the cultivated gardens.The "rocket" part of the name refers to the speed with which the young leaves burst forth and grow very fast in the spring.It's Latin name is HESPERIS MATRONALIS. Matronalis refers to "matron"which means ,"a married woman usually marked by dignified maturity". Hesperis is refering to a mythological diety named "NIGHT" .It is the name of the Evening Star. Late in the evening as the European ladies would walk for pleasure through their formal gardens it was very easy for them to smell the sweetness of this particular flower,,,,and it was very pretty. The leaves and flowers are EDIBLE ,but very bitter to the taste.

Ultrasonic cleaning is a process that uses high-frequency sound waves to agitate a liquid cleaning solution. This agitation creates tiny bubbles that implode, generating intense scrubbing action on surfaces to remove dirt, grease, and contaminants. Ultrasonic cleaning is commonly used for cleaning delicate items such as jewelry, electronics, and medical equipment.

1 use is the looking of fetuses while is in the womb. Also, using the correct velocities, it can be used to measure material thicknesses, and find faults in materials such as steel welds

In water,usually, and as your Biology text will tell you,this is because the usual place for them to be is on the lower side in most plants,so if you think about it ,you,ll work out why that's not a great idea for a plant like a water lily.

'ULTRA'-sonic is a sound wave with a frequency above the normal range of human hearing. Most humans can hear up to 16,000 Hertz. Young people can hear almost to 20,000 Hertz. Bats and mice and other small critters can hear much higher and use those sounds to 'see' the world around them. An ultrasonic imaging device sends a signal into a medium and then listens for the reflected waves. The more receiving transducers you use to pick up the sound the better you can tell what you are 'looking' at. Reflected waves will reach one receiver before the next based on where the reflecting object is located. Electronics are fast enough to determine the direction and distance to the reflected objects. Also the higher the frequency you broadcast the better resolution you will see. A computer is interfaced with an array of receiving tranceducers and it calculates the direction and distance that the many echos must represent and then it plots the picture of the results. The Image can be displayed or printed.

Ultrasonic sound refers to sound waves with frequencies higher than the upper threshold of human hearing, typically greater than 20 kHz. These sound waves are used in various applications such as medical imaging, cleaning, and distance measuring due to their ability to penetrate materials and produce detailed results.

The salary of a physicist can vary depending on their level of experience, education, location, and specific industry. On average, in the United States, a physicist can make between $60,000 to $150,000 per year. More experienced physicists in specialized fields can earn significantly higher salaries.

Blue Diamond Growers employs approximately 1,800 people worldwide.

You can submit your innovative ideas to NASA through their official website or by participating in research competitions and challenges hosted by NASA. Another way is to network with individuals who work at NASA or attend conferences and events where NASA engineers are present to share your ideas.

Scout and Jem initially intended for the snowman to look like Mr. Avery, their neighbor.

Film media has played a significant role in boosting NASA's popularity by portraying astronauts as heroes and showcasing their adventures in space. Films such as "Apollo 13" and "First Man" have captivated audiences and generated interest in space exploration. This exposure has helped increase public support for NASA's missions and initiatives.