A body loses its weight when taken from earth to moon due to?
singleAnswer
gravity less gravity
Weight
A body loses its weight when taken from earth to moon due to?
Weightlessness Mass versus weight Earth mass Weight Effect of spaceflight on the human body Moon Gravity Gravity of Earth Gravitation of the Moon Atmospheric escape
Weightlessness is <b>the</b> complete or near-complete absence of <b>the</b> sensation of 
<b>weight</b>. This is ... Near <b>the</b> surface of <b>the earth</b>, <b>a body</b> whose mass is 1 kg (2.2 lb) 
has a <b>weight</b> of ... <b>The</b> total gravitational field <b>due to the</b> sun is much stronger than 
that of <b>the moon</b> but it ... Not having to support our <b>weight</b>, we <b>lose</b> muscle as well
. If <b>the</b> airplane is <b>in</b> level flight, <b>the</b> same <b>weight</b>-force is distributed to <b>the</b> surface 
of <b>the Earth</b> as when <b>the</b> plane was on <b>the</b> runway, but spread over a larger area. <b>Earth</b> mass is <b>the</b> unit of mass equal to that of <b>Earth</b>. <b>The</b> current best estimate for 
<b>Earth</b> mass is ... <b>The Earth</b> mass is a standard unit of mass <b>in</b> astronomy that is 
<b>used</b> to ... <b>the Earth</b>, so that <b>the</b> mass of <b>the Earth</b>+<b>Moon</b> system is close to 6.0456
×10<sup>24</sup> kg. ... An additional <b>loss due to</b> spacecraft on escape trajectories has been
&nbsp;... <b>In</b> science and engineering, <b>the weight</b> of an object is <b>related to the</b> force acting 
on <b>the</b> object, ... Since W is <b>the</b> downward force on <b>the body</b> by <b>the</b> centre of <b>earth</b> 
and there is no acceleration <b>in the body</b>, there ... When <b>the</b> gravitational definition 
of <b>weight</b> is <b>used</b>, <b>the</b> operational <b>weight</b> measured by an accelerating scale is&nbsp;... Venturing into <b>the</b> environment of space can have negative effects on <b>the</b> human 
<b>body</b>. ... Additional symptoms include fluid redistribution (causing <b>the</b> &quot;<b>moon</b>-face&quot; 
... <b>The</b> engineering problems associated with leaving <b>Earth</b> and developing ... 
astronauts put almost no <b>weight</b> on <b>the</b> back muscles or leg muscles <b>used</b> for&nbsp;... <b>The Moon</b> is an astronomical <b>body</b> orbiting <b>Earth</b> as <b>its</b> only natural satellite. It is 
<b>the</b> fifth-largest ... <b>The Moon</b> is a very slightly scalene ellipsoid <b>due to</b> tidal 
stretching, with <b>its</b> long axis displaced 30° ... Since <b>the Moon</b> doesn&#39;t have 
tectonic plates, <b>its</b> tectonic activity is slow and cracks develop as it <b>loses</b> heat 
over <b>the</b> years. Gravity or gravitation, is a natural phenomenon by which all things with mass or 
energy—including planets, stars, galaxies, and even light—are brought toward (
or gravitate toward) one another. On <b>Earth</b>, gravity gives <b>weight</b> to physical 
objects, and <b>the Moon</b>&#39;s gravity ... Brahmagupta described gravity as an attractive 
force and <b>used the</b> term&nbsp;... <b>The</b> gravity of <b>Earth</b>, denoted by g, is <b>the</b> net acceleration that is imparted to 
objects <b>due to the</b> ... <b>The weight</b> of an object on <b>Earth&#39;s</b> surface is <b>the</b> downwards 
force on that object, ... Gravity does not normally include <b>the</b> gravitational pull of 
<b>the Moon</b> and Sun, ... It is also <b>used</b> to define <b>the</b> units kilogram force and pound 
force. <b>The</b> acceleration <b>due to</b> gravity on <b>the</b> surface of <b>the Moon</b> is about 1.625 m/s<sup>2</sup>, 
about 16.6% that on <b>Earth&#39;s</b> surface or 0.166 ... Because <b>weight</b> is directly 
dependent upon gravitational acceleration, things on <b>the Moon</b> will weigh only ... 
<b>The</b> principle <b>used</b> depends on <b>the</b> Doppler effect, whereby <b>the</b> line-of-sight 
spacecraft&nbsp;... Atmospheric escape is <b>the loss</b> of planetary atmospheric gases to outer space. A 
number of different mechanisms can be responsible for atmospheric escape;&nbsp;...
the force of gravity
Weight