💡Flies can withstand the low pressure in a vacuum chamber due to their unique physiological characteristics.
🔬The experiment shows that flies are unable to fly in a reduced atmospheric pressure environment.
💭The ability to fly is dependent on the density and pressure of the air.
🪰House flies are known to transmit various diseases to humans.
🌌On Saturn's moon Titan, with its denser atmosphere, humans could potentially fly under their own muscle power.
What happens to flies in a vacuum chamber?
—Flies are largely unaffected by the low pressure in a vacuum chamber due to their unique physiological characteristics.
Why can't flies fly in a vacuum chamber?
—The experiment shows that flies lose their ability to fly in a reduced atmospheric pressure environment.
Can humans fly in a vacuum chamber?
—Humans cannot fly in a vacuum chamber due to the absence of air necessary for lift and propulsion.
What diseases can flies transmit to humans?
—House flies can transmit various diseases to humans, including typhoid fever, dysentery, cholera, anthrax, leprosy, and tuberculosis.
Can humans fly on Saturn's moon Titan?
—On Saturn's moon Titan, with its denser atmosphere, humans could potentially fly under their own muscle power.
00:00In this video, I conduct an experiment to determine if flies can fly in a vacuum chamber.
00:17Flies are largely unaffected by the low pressure in a vacuum chamber due to their unique physiological characteristics.
02:53The experiment shows that flies lose their ability to fly in a reduced atmospheric pressure environment.
03:22The ability to fly is dependent on the density and pressure of the air.
06:10House flies can transmit various diseases to humans.
06:38On Saturn's moon Titan, with its denser atmosphere, humans could potentially fly under their own muscle power.
07:15The experiment concludes that flies cannot fly in a vacuum chamber.
07:33Subscribe to my channel for more interesting experiments and videos!
