B. Earth is "Just" a Planet NASA's Jet Propulsion Laboratory actively monitors any asteroids that may pose a threat to Earth. Very often, asteroids come close to Earth, but unless you are searching these websites it is likely you would never even hear about them. Asteroid distance from Earth is compared to the distance from the moon to Earth. Any rocky body closer than the moon is a true close call. (km to mi= multiply by .62; mi to km= multiply by 1.6) (1) The moon, on average, is approximately 385,000 km away. Convert this number to miles=__ (2) Asteroid speed, on average, is approximately 25 km/sec. Convert this to mi/hr=_ (3) Calculate how much time Earth would have to prepare, if an asteroid were 400,000 miles away was on a collision course with our planet=

Algebra and Trigonometry (6th Edition)
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ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
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Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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B. Earth is "Just" a Planet
NASA's Jet Propulsion Laboratory actively monitors any asteroids that may pose a threat to Earth. Very often, asteroids
come close to Earth, but unless you are searching these websites it is likely you would never even hear about them.
Asteroid distance from Earth is compared to the distance from the moon to Earth. Any rocky body closer than the moon
is a true close call. (km to mi= multiply by .62; mi to km= multiply by 1.6)
(1) The moon, on average, approximately 385,000 km away. Convert this number to miles=
(2) Asteroid speed, on average, is approximately 25 km/sec. Convert this to mi/hr=
(3) Calculate how much time Earth would have to prepare, if an asteroid were 400,000 miles away was on a collision
course with our planet=
Transcribed Image Text:B. Earth is "Just" a Planet NASA's Jet Propulsion Laboratory actively monitors any asteroids that may pose a threat to Earth. Very often, asteroids come close to Earth, but unless you are searching these websites it is likely you would never even hear about them. Asteroid distance from Earth is compared to the distance from the moon to Earth. Any rocky body closer than the moon is a true close call. (km to mi= multiply by .62; mi to km= multiply by 1.6) (1) The moon, on average, approximately 385,000 km away. Convert this number to miles= (2) Asteroid speed, on average, is approximately 25 km/sec. Convert this to mi/hr= (3) Calculate how much time Earth would have to prepare, if an asteroid were 400,000 miles away was on a collision course with our planet=
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