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How many miles does 8 km equal to?
8 KM = 4.97 Miles It is 1.6 Km per Mile.
If you ride your bike 23 kilometers in 1.5 what is your average speed?
v = 3 km / 15 min = 3 km / 0.25 hr = 3 km x 4 (1/hr) = 12 km/hr The answer is 12 km/hr. v = 3 km / 15 min = 3000 m / 900 s = 30 m / 9 s = 10 m / 3 s = 3.3333 m/s The answer is 3.333 m/s.
How many miles is 5 kilometres?
1km = 0.6214 mile 5 km = 3.10685 mi.
A train is accelerating at a rate of 2.0kmhrs If its initial velocity is 20kmhr what is its velocity after 30seconds?
Convert 3km/hr2 to km/s2 and 30 km/hr to km/s and apply the equation v f = v o + at and convert the answer to km/hr if desired.
How many kilometers per hour vs 8 miles per hour?
Nine miles per hour equates to 14.5 km/h
How many kilometers are there in 8 light minutes?
299792.458 km/s x 480 s ≈ 143,900,000 km
How much kilometers will 5 miles be?
It is approx 8 km.
How many minutes is in 8 km?
You are trying to figure out how much time is in a distance... You need a reference point like 1m/s or something, their not interchangeable.
How much kms in 5 MPH?
About 8 km/h
How much is 149600000 km in scientific notation?
149600000 km can be written in scientific notation as 1.496 x 10^8 km.
What is the acceleration of a car moving along a straight-line path that increases its speed from zero to 80 km per hour in 10 s?
8 km/h. s
100 mph equals how much km?
1 mile = 1.609344 km 100 miles = 160.9344 km 100 mph = (approximately) 161 km/h As a rough rule of thumb, 8 km = 5 miles, so to convert miles to km, multiply by 8 then divide by 5: 100 * 8 = 800 800 / 5 = 160
How much is 216 pounds in KM?
It is about 8 lbs per meter, so it is 1/27th of a kilometer or .037 km.
How much is 72 km into miles?
It is: 5/8 of 72 = 45 miles
How many m are in 8 km?
8 km = 8000 mTo convert from km to m, multiply by 1000.
How much does Neptune move per second?
Neptune's speed is:Orbital: 5.43 km/sRotational: 2.68 km/s
What is the difference in arrival times between p and s waves at 8 km?
P-waves (primary waves) travel faster than S-waves (secondary waves). At a distance of 8 km, the typical arrival time difference can be about 5 to 7 minutes, depending on the specific properties of the geological materials they travel through. P-waves typically travel at speeds of approximately 5 to 8 km/s, while S-waves travel at about 3 to 4.5 km/s. Thus, the difference in arrival times is primarily due to their differing speeds through the Earth's layers.
