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28% of 3600= 28% * 3600= 0.28 * 3600= 1,008
2% of 3600 = 2% * 3600 = 0.02 * 3600 = 72
16% of 3600= 16% * 3600= 0.16 * 3600= 576
To convert seconds to hours, divide by 3600. The speed would be 95.745 mph.
252070% of 3600= 70% * 3600= 0.70 * 3600= 2520
The approximate loaded speed of a 3600 RPM compressor is between 2500 and 3000 RPM. Because the load puts additional strain on the motor, it reduces its rotational speed.
1 hour = 3600 seconds so the answer is 670616629/3600 = 186282.4 mps
Speed doesn't travel. Light travels.Light goes about 300,000 km in a second; in an hour, it goes 3600 times as far, since an hour has 3600 seconds.
I guess that speed should be 3,00,103 km/sec Distance = Speed X Time = 3,00,103 X (8 X 3600) (As 1 hr has 3600 sec) = 8,642,966,400 km
10 kilometres is equal to 1,000,000 centimetres. There are 3,600 seconds in one hour. Therefore, dividing the number of centimetres by the number of seconds gives us 1000000/3600 = 277.7 recurring centimetres per second.
There are 3600 seconds in an hour so 14 x 3600 = 50,400 mph! (Are you sure you got the question right?)
100 m = 0.1 km 1 hr = 3600 seconds so 10.74 seconds = 10.74/3600 hours 100m in 10.74 secs is equivalent to 0.1 km in 10.74/3600 hours Then in 1 hour the athlete runs 0.1 x 3600/10.74 = 33.52km (2dp) The athlete's speed is thus 33.52kph.
1 hr = 3600 sec → 21000 mph = 21000 ÷ 3600 mps = 5 5/6 mps → 6 mps to the nearest mps.
3600 rpm
Speed of light is 300,000 kilometers per second. Multiply that by 3600 to convert that to km/hour.
25 mps, there are 3600 seconds to the hour and 1000 metres to the kilometre so: 25 x 3600/1000 = 90 kph
a=V-v/t; a=80-60/(5/3600) = 20*3600/5; =4*3600=14400kmh-2