Satellite data taken several times per hour on a particular albatross showed travel of 1350 km over a time of 1.5 days.
Given these data, what was the bird's average speed in mph ?
Given these data, what was the bird's average speed in mph ?
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1350km/1.5days=900km/day=900km/24h=37.5k…
1km=0.621371192 miles
37.5km/h=37.5(0.621371192)mi/h=23.3014…
10 points please.. i could really use it
1km=0.621371192 miles
37.5km/h=37.5(0.621371192)mi/h=23.3014…
10 points please.. i could really use it
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Assuming you need NAUTICAL miles per hour (it is an albatross we're talking about...)
1350 km equals 1350 km /1.852 km/mile = 728.9 miles
It covers this distance in 36 hours.
So its average speed is
728.9 miles / 36 h = 20.2 mph.
If you want the albatross to fly over land (and use land miles as your measure of distance, use 1 km = 1//1.6 miles.
1350 km equals 1350 km /1.852 km/mile = 728.9 miles
It covers this distance in 36 hours.
So its average speed is
728.9 miles / 36 h = 20.2 mph.
If you want the albatross to fly over land (and use land miles as your measure of distance, use 1 km = 1//1.6 miles.
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1 mile = 1.609344 km
=> 1 km= 1/1.609344 mile
=> 1350 kms= 1350/1.609344 miles
and 1 day= 24 hours
=> 1.5 days= 24*1.5=36 hours
So, average speed = 1350/(1.609344*36) mph = 23.3014... mph
=> 1 km= 1/1.609344 mile
=> 1350 kms= 1350/1.609344 miles
and 1 day= 24 hours
=> 1.5 days= 24*1.5=36 hours
So, average speed = 1350/(1.609344*36) mph = 23.3014... mph
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v=(x/t)
therefore:
1350 km = 1350000 m
1.5 day = 1.5*24=36 hr
v=(1350000/36)=37,500 mph
edit: my bad i have calculated it with meters. the same thing with miles anyway.
therefore:
1350 km = 1350000 m
1.5 day = 1.5*24=36 hr
v=(1350000/36)=37,500 mph
edit: my bad i have calculated it with meters. the same thing with miles anyway.
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1.5 days = 36 hours
1350 km = 839 miles
so we have 839 miles / 36 hours = 23.3 MPH
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1350 km = 839 miles
so we have 839 miles / 36 hours = 23.3 MPH
.