Spider-Man is expected to be agile and acrobatic, exactly like a spider would be. One superpower that is often overlooked is Spider-Man's speed. He's been known to swing from building to building for 5 miles in 4 seconds. His speed has helped him avoid punches and even dodge bullets. What is his mass if his Broglie wavelength at this speed is 1.62 x 10 m? (Be sure your units are correct!) The uncertainty in his speed is 1.1 m/s; calculate the uncertainty in his position assumed his trajectóry is a straight line.
Spider-Man is expected to be agile and acrobatic, exactly like a spider would be. One superpower that is often overlooked is Spider-Man's speed. He's been known to swing from building to building for 5 miles in 4 seconds. His speed has helped him avoid punches and even dodge bullets. What is his mass if his Broglie wavelength at this speed is 1.62 x 10 m? (Be sure your units are correct!) The uncertainty in his speed is 1.1 m/s; calculate the uncertainty in his position assumed his trajectóry is a straight line.
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![9)
Spider-Man is expected to be agile and acrobatic, exactly like a spider would be. One
superpower that is often overlooked is Spider-Man's speed. He's been known to swing from building to
building for 5 miles in 4 seconds. His speed has helped him avoid punches and even dodge bullets.
What is his mass if his Broglie wavelength at this speed is 1.62 x 1038 m? (Be sure your units are
correct!)
b)
traječtòry is a straight line.
The uncertainty in his speed is 1.1 m/s; calculate the uncertainty in his position assumed his](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd9ad56fd-0e1f-4c7d-97b0-f94e208c9121%2F98af98cc-9a72-45a0-82c4-8cd8f4ee66c5%2Ff7todjl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:9)
Spider-Man is expected to be agile and acrobatic, exactly like a spider would be. One
superpower that is often overlooked is Spider-Man's speed. He's been known to swing from building to
building for 5 miles in 4 seconds. His speed has helped him avoid punches and even dodge bullets.
What is his mass if his Broglie wavelength at this speed is 1.62 x 1038 m? (Be sure your units are
correct!)
b)
traječtòry is a straight line.
The uncertainty in his speed is 1.1 m/s; calculate the uncertainty in his position assumed his
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