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Work of Gravity (Using Weight)

`W_(grav) = w ( y_1 - y_2 )`

`(w)"Weight"`

(N) newton
(dyn) dyne
(kgf) kilogram force
(lbf) pound force
(tonne_force) tonne force
(short_ton_force) short ton force
(long_ton_force) long ton force

`(y_1)"Initial Position"`

(m) meter
(nm) nanometer
(µm) micrometer
(mm) millimeter
(cm) centimeter
(km) kilometer
(in) inch
(ft) foot
(yd) yard
(mi) mile
(nmi) nautical mile
(Å) angstrom
(mil) mil
(pixel) computer point
(pt) point
(foot_survey_us) survey foot (U.S.)
(fathom) fathom
(au) astronomical unit
(light_second) light second
(light_minute) light minute
(light_hour) light hour
(light_day) light day
(ly) lightyear
(kly) kilolightyear
(pc) parsec
(Mpc) megaparsec

`(y_2)"Final Position"`

(m) meter
(nm) nanometer
(µm) micrometer
(mm) millimeter
(cm) centimeter
(km) kilometer
(in) inch
(ft) foot
(yd) yard
(mi) mile
(nmi) nautical mile
(Å) angstrom
(mil) mil
(pixel) computer point
(pt) point
(foot_survey_us) survey foot (U.S.)
(fathom) fathom
(au) astronomical unit
(light_second) light second
(light_minute) light minute
(light_hour) light hour
(light_day) light day
(ly) lightyear
(kly) kilolightyear
(pc) parsec
(Mpc) megaparsec

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Reference

University Physics 12th Edition, Chapter 7, Equation #7.1

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