The question that you have do asked is, I'm afraid to say, not possible. The two measurements that you have asked about do not measure the same thing.
"cc" stands for cubic capacity. It measures capacity. It measures the same as litres.
"Mph" measures speed.
The two measurements are not interchangeable.
Furthermore, one is a metric measurement and one is imperial. They are measurements from different eras of recent history.
5 CC OS a measurment of volume, not speed.
686 × 1 = 686 196 × 3.5 = 686 ∴ The least common multiple of 686 and 196 is 686. Hope can help you:)
They are 2*7*7*7 = 686 or as 2*73 = 686
0.0102
429
how fast can a 250cc quad bike go in mph
Well, it just depends on their displacement, or cc. I don't know what the average motor scooter displaces, so I will just give average top speeds based on engine size. 50 cc: 38 mph 80 cc: 45 mph 100 cc: 50 mph 110 cc: 50+mph 125 cc: 55 mph 150 cc:60+mph 180 cc: 68-70 mph 200 cc: 72 mph 250 cc: 75-80 mph 300 cc: 85+mph 400 cc: 100+mph 600 cc: 115+mph 650 cc: 125+mph 800 cc: Over 135 mph
There is not a conversion from cc to MPH, but the more the cc's, the faster it is able to go.
The top speed of both mopeds and scooters really depends on their manufacturer and model. For mopeds, the top speed is generally limited to 30 mph, due to limits to comply with certain laws. But but some mopeds, such as the Yamaha FS1E and do upwards of 55 mph. As for scooters, the top speed depends on MANY factors. The main factor being displacement. Also the manufacturer and model. Here are average top speeds for scooters based on their displacement: 50 cc: 35-40 mph 80 cc: 45 mph 125 cc: 52-55 mph 150 cc: 60- 65 mph 200 cc: 70 mph 250 cc: 75-80 mph 400 cc: 100- 110 mph 600 cc: 115+ mph 650 cc: 120+ mph
i know a 110 cc is 45 mph so a 49 cc would be around 20 mph
5 CC OS a measurment of volume, not speed.
It is 5.2*102 cc.
1,200 cc is about 5.07 cups.
35 mph
A vespa 150 cc super can do 50 mph, and a vespa 150 cc sprint can do 60 mph.
Engine displacement measured in cubic centimeters (cc) does not directly translate to speed in miles per hour (MPH). The speed of a vehicle depends on various factors such as horsepower, torque, aerodynamics, and weight. The 5996 cc engine size might be found in high-performance vehicles capable of reaching high speeds, but the MPH would depend on the specific vehicle's design and capabilities.
cc is the same as cubic centimeters.