Ariane 5 is a European Space Agency rocket designed to launch geostationary satellites into orbit and to send payloads to low orbit. Ariane 5 launches from the Kourou space center in French Guiana. To overcome the Earth's gravitational attraction, very powerful engines are required to ensure takeoff.The two side tanks are propellants that work with solid fuel, during takeoff they exert 6975 kN each on the Earth. The central tank, which is the engine of the "cryogenic" main stage, exerts 1074 kN on the Earth. If the mass of Ariane 5 at takeoff is 745 tons, what is the magnitude of the vertical acceleration of Ariane 5, in ?/?^2. Consider ?=9.8 ?/?^2Select one:11.2520.1710.3720.60below is the answer...i just want you to rewrite thst

During takeoff, the two-side tank and central tank exert a force on the earth, By newton's 3rd law of motion, the exerts the same amount of force in the upward direction. The weight of the rocket acts downward. So, from newton's 2nd law The net force on the rocket Fi+ Fi+ F2 - weight of the rocket = ma 2F1+ F2- mg ... (1) Where Fi = force due to side tank = 6975000 N F2 = force due to central tank = 1074000 N my = weight of the rocket = 745 x 1000 x 9.8 = 7301000 N m = mass of the rocket = 745 x 1000* = 745000 N Upon substituting the givens 2 x 6975000 + 1074000 - 7301000 1 = 745000 0 = 10.360 m a = 10.37 So, option -(3) is correct