![]() This unit-to-unit calculator is based on conversion for one pair of two flow rate units. kg/sec/m3/h flow rate conversion resultĬonversion chart - kilograms (water mass) per second to cubic meters per hourġ kilogram (water mass) per second to cubic meters per hour = 3.60 m3/hĢ kilograms (water mass) per second to cubic meters per hour = 7.20 m3/hģ kilograms (water mass) per second to cubic meters per hour = 10.80 m3/hĤ kilograms (water mass) per second to cubic meters per hour = 14.40 m3/hĥ kilograms (water mass) per second to cubic meters per hour = 18.00 m3/hĦ kilograms (water mass) per second to cubic meters per hour = 21.60 m3/hħ kilograms (water mass) per second to cubic meters per hour = 25.20 m3/hĨ kilograms (water mass) per second to cubic meters per hour = 28.80 m3/hĩ kilograms (water mass) per second to cubic meters per hour = 32.40 m3/hġ0 kilograms (water mass) per second to cubic meters per hour = 36.00 m3/hġ1 kilograms (water mass) per second to cubic meters per hour = 39.60 m3/hġ2 kilograms (water mass) per second to cubic meters per hour = 43.20 m3/hġ3 kilograms (water mass) per second to cubic meters per hour = 46.80 m3/hġ4 kilograms (water mass) per second to cubic meters per hour = 50.40 m3/hġ5 kilograms (water mass) per second to cubic meters per hour = 54.00 m3/hĬonvert flow rate of kilogram (water mass) per second (kg/sec) and cubic meters per hour (m3/h) units in reverse from cubic meters per hour into kilograms (water mass) per second. It is the EQUAL flow rate value of 1 kilogram (water mass) per second but in the cubic meters per hour flow rate unit alternative. The cubic meters per hour unit number 3.60 m3/h converts to 1 kg/sec, one kilogram (water mass) per second. How many cubic meters per hour are in 1 kilogram (water mass) per second? The answer is: 1 kg/sec equals 3.60 m3/h 3.60 m3/h is converted to 1 of what? CONVERT : between other flow rate measuring units - complete list. The equivalence of impulse and change in momentum holds regardless of the mass of the object to which the impulse is applied.Īlso see newton and Table of Physical Units. If the retro rockets are fired so the impulse is contrary to the direction of the ship's motion, then the forward momentum of the ship will be reduced by 10 6 kg m/s is produced in the forward direction, the forward momentum of the vessel is increased by 10 6 kg.Therefore, by firing the rockets so an impulse of 10 6 kg ![]() The impulse I generated is equal to the product of the force F and the time t :Ī rule of Newtonian physics states that the impulse imparted to an object is equal to the change in momentum for that object, provided no other forces or effects are involved. ![]() Suppose the ship's forward thrusters are fired for a period of 10 s, and they produce a total force of 100,000 (10 5 ) N. In terms of literal units, impulse is equivalent to momentum, although there is a conceptual difference between the two phenomena.Īs an example of impulse and its relationship with momentum, consider a rocket ship coasting through space at a speed of 10,000 (10 4 ) m/s. ![]() Reduced to base units in the International System of Units ( SI ), a newton-second is the equivalent of a kilogram-meter per second (kg ![]()
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