Firstly, we must recognize that (333kg*m/s^2) is no more that (mass x acceleration) which is expressed as F= ma for a result of 333 Newtons. Then this result is multiplied by (2.5*10^5m) which is a distance. When we multiply force by distance we get units of work, known as joules. This final calculation gives us 8.33 x 10^7 joules of work.
5 years ago
Answered By Mariam A
(333kg*m/s^2)(2.5*10^5m) = (8.3*10^7m^2/s^2
5 years ago
Answered By Denis B
(333kg*m/s^2)(2.5*10^5m) = (8.3*10^7m^2/s^2
Firstly, we must recognize that (333kg*m/s^2) is no more that (mass x acceleration) which is expressed as F= ma for a result of 333 Newtons. Then this result is multiplied by (2.5*10^5m) which is a distance. When we multiply force by distance we get units of work, known as joules. This final calculation gives us 8.33 x 10^7 joules of work.
5 years ago
Answered By Javad H
(333*2.5*105)(mass*acceleration*disposition) = 8.325*107(force*disposition) = 8.325*107 Joule