Suppose unknowingly you wrote the universal gravitational constant value as G=6.67xx10^(11) instead of the correct value G=6.67xx10^(-11), what is the acceleration due to gravity g' for this incorrect G? According to this new acceleration due to gravity, what will be your weight W?

Suppose unknowingly you wrote the universal gravitational constant val

1.	Suppose unknowingly you wrote the universal gravitational constant value as G=6.67xx10^(11) instead of the correct value G=6.67xx10^(-11), what is the acceleration due to gravity g' for this incorrect G? According to this new acceleration due to gravity, what will be your weight W?
Answer» Solution :INCORRECT value of G`=6.67xx10^(11)` `g=(GM)/(R^2)` `M_(E)=6.02xx10^(24)KG` `R_(E)=6.4xx10^(6)` `g'=(6.67xx10^(11)xx6.02xx10^(24))/((6.4xx10^6)^(2))` `=(40.1534)/(40.96)xx10^(11+24-12)` `=0.9798xx10^(35-12)` `=0.9798xx10^(23)` `=9.798xx10^(22)` `g'=9.798xx10^(22)` `=9.8xx10^(22)` If mass m = 1 then WEIGHT `W'=mg'=9.8xx10^(22)` `W'=9.8xx10^(22)W`