dead fly
birds don't use gas they flap their wings. Plane uses gas but doesn't flap its wings. And they are alike because they both fly.birds flap its wings and doesn't use gas. airplanes do use gas but doesn't flap it wings. They both fly.One poops the other doesn'tBirds Are living and Airplanes are made by man machine. The structure of their wings are alike in someways and different in others. As well Birds can not hold Human Beings they can only hold their food and their birds/children!Airplanes have propellers to help them get off the ground, and birds use their muscles to help them get off the ground. An obvious one is that birds are much lighter and smaller than airplanes.Things In Common:They Both FlyHave wings/airfoilCarry lifeBoth have an I in their Name bIrds aIrplanesCreate Speed when in the airFly with Twist and turns
That means there is no air. There is "vacuum". A rocket can fly in space without air. A rocket or rocket vehicle is a missile, aircraft or other vehicle which obtains thrust by the reaction of the rocket to the ejection of fast moving fluid from a rocket engine. Chemical rockets work by the action of hot gas produced by the combustion of the propellant against the inside of combustion chambers and expansion nozzles. This generates forces that accelerate the gas to extremely high speed and exerts a large thrust on the rocket.
Snowy owls, like other birds, breathe using a system of air sacs and lungs. When they inhale, air moves into their lungs, as well as into air sacs located throughout their body. This system allows for a continuous flow of oxygenated air and efficient gas exchange, which is essential for their high-energy lifestyle.
Manometers are typically used to measure pressure, so they are not commonly used to directly measure metabolic gas exchange. For recording metabolic gas exchange, methods such as gas analyzers or respiratory gas exchange systems are more commonly used because they can measure specific gas concentrations in exhaled breath.
Ozone present in the troposphere is also called as bad ozone. It is also a green house gas. It is the major constituent of the urban smog.
The larger the wing, the more lift the airplane gets, as a general rule of thumb. When you have more lift, you can slow down and not waste as much gas. If you have more gas, you can fly some more.
You eat a taco then you use the methane gas that comes out of your butt and fly back
No it is not hard to fly the RC Dragonfly- in fact it is easy because rather than using a propeller and gas it is completely electric and utilizes flapping wings to maintain its flight.
the gas powered air soft guns use CO2 or green gas
Chlorine gas is a yellow-green kind of color.
No, Hydrogen is a gas. The verb "fly" can not be applied to a gas.
No use red-bull instead and your car will grow wings and you will never have to fly your fat flying pig wife any more
birds don't use gas they flap their wings. Plane uses gas but doesn't flap its wings. And they are alike because they both fly.birds flap its wings and doesn't use gas. airplanes do use gas but doesn't flap it wings. They both fly.One poops the other doesn'tBirds Are living and Airplanes are made by man machine. The structure of their wings are alike in someways and different in others. As well Birds can not hold Human Beings they can only hold their food and their birds/children!Airplanes have propellers to help them get off the ground, and birds use their muscles to help them get off the ground. An obvious one is that birds are much lighter and smaller than airplanes.Things In Common:They Both FlyHave wings/airfoilCarry lifeBoth have an I in their Name bIrds aIrplanesCreate Speed when in the airFly with Twist and turns
The question is actusally related to the mystery of "What color is an orange ?"
I don't think venus fly traps have gas.
Green gas is green gas. It doesn't matter
Mosquito flightMosquitoes can fly using their wings. On these wings are fringes, which are special scales. In the absence of these features mosquitoes couldn't fly. Near the wing root there is a organ for balancing the flight.