heat shield testing recycles waste on earth apr 2, 2021 1 the space station doesnt have curb - side trash…

heat shield testing recycles waste on earth apr 2, 2021 1 the space station doesnt have curb - side trash pickup. nor does it have a local landfill or recycling plant. what it does have is access to a naturally efficient incinerator - earths atmosphere. 2 astronauts pack several thousand pounds of the stuff into a rather unusual trash can - an expendable cargo resupply spacecraft. when it is time to \take out\ the trash, the filled cargo spacecraft undocks from the international space station and falls into earths atmosphere, where the spacecraft and its contents are vaporized. 3 thats because a solid object entering earths atmosphere at approximately 17,500 mph will experience significant friction created by the drag of compressing atmospheric gases. as the spacecraft plunges deeper into the atmosphere, where the air is denser, a tremendous amount of energy is released as heat. this forces the gas molecules to dissociate. a spacecraft without a heat shield, like these expendable cargo vehicles, experiences the same heating, vaporizing the solid material. 4 replicating this high - temperature trash processing on earth is precisely what inentec inc. is doing, with some help from nasa arc jet research and technology. 5 nasa learned how to recreate the extreme temperatures and speeds of atmospheric entry decades ago as a way to test heat shields. inentec, based in richland, washington, looked to the power source modifications nasa used to generate high - temperature plasma and incorporated them into select the correct answer. how does the author connect the idea about taking out the trash in space with better recycling of waste on earth in this passage? o a. by showing how nasa learned how to recreate extreme temperatures on earth as a way to test heat shields and develop the expendable cargo resupply aircraft o b. by detailing the speed with which solid objects enter the earths atmosphere and how that speed can be used to create energy which will be released as heat o c. by describing the difference between nasas development of the plasma - enabled gasification process and incinerators which rely on combustion o d. by explaining how replicating the vaporization process in space is used to break down waste into molecules which then can be converted into useful products

heat shield testing recycles waste on earth apr 2, 2021 1 the space station doesnt have curb - side trash pickup. nor does it have a local landfill or recycling plant. what it does have is access to a naturally efficient incinerator - earths atmosphere. 2 astronauts pack several thousand pounds of the stuff into a rather unusual trash can - an expendable cargo resupply spacecraft. when it is time to \take out\ the trash, the filled cargo spacecraft undocks from the international space station and falls into earths atmosphere, where the spacecraft and its contents are vaporized. 3 thats because a solid object entering earths atmosphere at approximately 17,500 mph will experience significant friction created by the drag of compressing atmospheric gases. as the spacecraft plunges deeper into the atmosphere, where the air is denser, a tremendous amount of energy is released as heat. this forces the gas molecules to dissociate. a spacecraft without a heat shield, like these expendable cargo vehicles, experiences the same heating, vaporizing the solid material. 4 replicating this high - temperature trash processing on earth is precisely what inentec inc. is doing, with some help from nasa arc jet research and technology. 5 nasa learned how to recreate the extreme temperatures and speeds of atmospheric entry decades ago as a way to test heat shields. inentec, based in richland, washington, looked to the power source modifications nasa used to generate high - temperature plasma and incorporated them into select the correct answer. how does the author connect the idea about taking out the trash in space with better recycling of waste on earth in this passage? o a. by showing how nasa learned how to recreate extreme temperatures on earth as a way to test heat shields and develop the expendable cargo resupply aircraft o b. by detailing the speed with which solid objects enter the earths atmosphere and how that speed can be used to create energy which will be released as heat o c. by describing the difference between nasas development of the plasma - enabled gasification process and incinerators which rely on combustion o d. by explaining how replicating the vaporization process in space is used to break down waste into molecules which then can be converted into useful products

Answer

Brief Explanations:

El autor explica que el proceso de vaporización de residuos en el espacio (cuando los vehículos de suministro de carga se despegan de la estación espacial y caen en la atmósfera) se está replicando en la Tierra por parte de InEnTec con ayuda de la tecnología de NASA. Este proceso de vaporización se utiliza para descomponer los desechos en moléculas que luego se pueden convertir en productos útiles.

Answer:

D. by explaining how replicating the vaporization process in space is used to break down waste into molecules which then can be converted into useful products