a generic civilian Air Car - a type in this case has an assumed weight of 36287.4 kilos. It is designed to loft one meter off of the ground once the propulsion systems are engaged. The ground beneath the hovercar is level, and -- in addition to continually being lifted one meter into the air as I have said, the vehicle is moving forward horizontally at a speed of 51 meters per second, with an acceleration of 2.22 meters per second for each second that passes. In BattleTech, of hovercar - I would like to know the engine power in kilowatts. In finding the answer, please remembe to consider the additional power needed to continually lift the vehicle 1 meter into the air, no travel along the ground.

Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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a type
In BattleTech, a generic civilian Air Car
of hovercar - in this case has an assumed
weight of 36287.4 kilos. It is designed to loft
one meter off of the ground once the propulsion
systems are engaged. The ground beneath the
hovercar is level, and -- in addition to continually
being lifted one meter into the air as I have
said, the vehicle is moving forward horizontally
at a speed of 51 meters per second, with an
acceleration of 2.22 meters per second for each
second that passes.
I would like to know the engine power in
kilowatts. In finding the answer, please remembe
to consider the additional power needed to
continually lift the vehicle 1 meter into the air, no
travel along the ground.
Transcribed Image Text:a type In BattleTech, a generic civilian Air Car of hovercar - in this case has an assumed weight of 36287.4 kilos. It is designed to loft one meter off of the ground once the propulsion systems are engaged. The ground beneath the hovercar is level, and -- in addition to continually being lifted one meter into the air as I have said, the vehicle is moving forward horizontally at a speed of 51 meters per second, with an acceleration of 2.22 meters per second for each second that passes. I would like to know the engine power in kilowatts. In finding the answer, please remembe to consider the additional power needed to continually lift the vehicle 1 meter into the air, no travel along the ground.
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