One of the popular routes out of Toronto is towards Tokyo, Japan. An airplane model used by Air Canada for this 10345 km flight is the Boeing 787-9. It has capacity for 298 passengers. When every seat is occupied, the passengers and their luggage weigh approximately 3.41x104 kg. Approximately 6.03x104 kg of fuel has to be consumed during this one-way flight. Assuming the every seat is occupied, how much fuel in kilograms is required per passenger for the entire one-way flight? (do not include units, just the number of kilograms) Answer: Check
One of the popular routes out of Toronto is towards Tokyo, Japan. An airplane model used by Air Canada for this 10345 km flight is the Boeing 787-9. It has capacity for 298 passengers. When every seat is occupied, the passengers and their luggage weigh approximately 3.41x104 kg. Approximately 6.03x104 kg of fuel has to be consumed during this one-way flight. Assuming the every seat is occupied, how much fuel in kilograms is required per passenger for the entire one-way flight? (do not include units, just the number of kilograms) Answer: Check
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Transcribed Image Text:One of the popular routes out of Toronto is towards
Tokyo, Japan.
An airplane model used by Air Canada for this 10345
km flight is the Boeing 787-9. It has capacity for 298
passengers.
When every seat is occupied, the passengers and
their luggage weigh approximately 3.41x104 kg.
Approximately 6.03x104 kg of fuel has to be
consumed during this one-way flight.
Assuming the every seat is occupied, how much fuel
in kilograms is required per passenger for the entire
one-way flight?
(do not include units, just the number of kilograms)
Answer:
Check
Transcribed Image Text:A PHYS 1510 student had their homework ripped out
of their hands by a mischievous raccoon. While
trying to retrieve their homework, the student ran the
following:
38m North
68.3m East
97m SouthWest (direction halfway between South
and West)
79m South
83.9m NorthWest (direction halfway between North
and West)
65.1m West
59.6m North
After the student retrieved their homework, what is
the magnitude of their final displacement in m?
Include units
(Hint: Add up all N/S-components and E/W-
components separately, then recombine)
Answer:
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