What volume of fuel must be burned per second

Reference no: EM13556799

Fuel aboard a rocket has a density of 2870 kg/m^3 and is ejected with a speed of 2650 m/s. if the engine is to provide a thrust of 1.21 x 10^6 N, what volume of fuel must be burned per second? Answer in units of m^3/s.

Reference no: EM13556799

Questions Cloud

A baseball is thrown horizontally from from a height : A baseball is thrown horizontally from from a height of 44.10 mabove ground with a speed of 33.5 m/s. Where is the ballafter 3.00 s have elapsed?

Estimate the fans average angular acceleration : Power to a cooling fan is turned off when it is turning at 720rpm. The fan makes 1350 revolutions before it comes to rest. Calculate the fan's average angular acceleration

Practicing its orienteering skills with map-compass : A scout troop is practicing its orienteering skills with a map and compass. First they walk due east for 1.2 km. Next,they walk 35 degrees west of north for 3.5 km. How far and inwhat direction must they walk to go directly back to their startingp..

Estimate what is the magnitude of this objects acceleration : Two forces act on a 24-kg object. One force has magnitude 65 N directed 59° clockwise from the positive x-axis, What is the magnitude of this object's acceleration

What volume of fuel must be burned per second : Fuel aboard a rocket has a density of 2870 kg/m^3 and is ejected with a speed of 2650 m/s. what volume of fuel must be burned per second

Find the total displacement of the boat : A speedboat starts from rest and accelerates at +2.15m/s2 for 8.35 s. At the end of this time, the boatcontinues for an additional 8.62 s with an acceleration of +0.629m/s2.

Find the force exerted by the building on the beam : the uniform beam below is 4.0meters long and has mass 30.0kg. Find the tension in the rope and the force exerted by the building on the beam by the building

Find what is the magnitude of this objects acceleration : Two forces act on a 24-kg object. One force has magnitude 65 N directed 59° clockwise from the positive x-axis, What is the magnitude of this object's acceleration

A moving particle encounters an external electric field : A moving particle encounters an external electric field thatdecreases its kinetic energy from 9820 eVto 7470 eV as the particle moves fromposition A to position B. The electric potentialat A is -51.0 V, and the electricpotential at B is +28.9 V.Deter..

User Account

All Pages