Chapter 4 Newton's Second Law of Motion Converting Mass to Weight noljoM to wel bro a nota q Objects with mass also have weight (although they can be weightless under special conditions). If you know the mass of something in kilograms and want its weight in newtons, at Earth's surface, you can take advantage of the formula that relates weight and mass.ed daiupnilab of golmisal dels Weight mass × acceleration due to gravity neflo es W = mg TUOV ndinieroTood woled rows This is in accord with Newton's Second Law, written as F=ma. When the force of gravity is the only force, the acceleration of any object of mass m will be g, the acceleration of free fall. Importantly, g acts as a proportionality constant, 10 N/kg, which is equivalent to 10 m/s². Sample Question: How much does a 1-kg bag of nails weigh on Earth? W= mg = (1 kg)(10 m/s²) = 10 kg-m/s² = 10 N or simply, W=mg = (1 kg)(10 N/kg) = 10 N. From F=ma, we see that the unit of force equals the units [kg x m/s²]. Can you see the units [m/s²] = [N/kg]? M] qo far amots to babi bas 1sdmun Answer the following questions: quam sal (piew] feasm] isrit bisa ed video 1. Felicia the ballet dancer has a mass of 45.0 kg. gritos sonol isnousliving or of beisten al [riploW] [es] ameriw,noitsool e'loeido no no abnegab [tripleW) (easM) b. Given that 1 kilogram of mass corresponds to 2.2 pounds at ne to Earth's surface, what is Felicia's weight in pounds on Earth? abiow enjo ni sini ati nevewof nooMert to eoshua no no a. What is Felicia's weight in newtons at Earth's surface? blu c. What would be Felicia's mass on the surface of Jupiter? no tuode vino ai divero podw,eoshua a'nooMerlino d. What would be Felicia's weight on Jupiter's surface, where odpisw sdt bris easm erit ijodj the acceleration due to gravity is 25.0 m/s²? [lanoihogota Vleasevail gono viberib] 916 veri emas on ton sus ripiew bas saam olid 2. Different masses are hung on a spring scale calibrated in newtons.ol sme ori nt nor The force exerted by gravity on 1 kg = 10 N. a. The force exerted by gravity on 5 kg = b. The force exerted by gravity on sno 10.28 ash to inu ((8) tenoitsmetril bis 10 N N. nowen] [menport.et kg = 100 N. of bassm of nommo ai fizisi2 bel 3. Make up your own mass and show the corresponding weight: The force exerted by gravity on kg = Idpiew all th N. fnotwen] [colpil ~1kg