Conceptual Physics, Volume 1 |
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Page 199
... equal areas of space in equal times . The triangular - shaped area swept out during a month when a planet is orbiting far from the Sun ( triangle ASB in Figure 10.29 ) is equal to the trian- gular area swept out during a month when the ...
... equal areas of space in equal times . The triangular - shaped area swept out during a month when a planet is orbiting far from the Sun ( triangle ASB in Figure 10.29 ) is equal to the trian- gular area swept out during a month when the ...
Page 253
... equal to the stone's volume . volume of the stone - that is , the amount of space it takes up is equal to the volume of the water displaced . If you place any object in a container partly filled with water , the level of the surface ...
... equal to the stone's volume . volume of the stone - that is , the amount of space it takes up is equal to the volume of the water displaced . If you place any object in a container partly filled with water , the level of the surface ...
Page 769
... equals 1000 calories , or the amount of heat required to raise the temperature of one kilogram of water by 1 ° C . Equal to one food Calorie . kilogram ( kg ) Fundamental SI unit of mass . It is equal to 1000 grams . One kilogram is ...
... equals 1000 calories , or the amount of heat required to raise the temperature of one kilogram of water by 1 ° C . Equal to one food Calorie . kilogram ( kg ) Fundamental SI unit of mass . It is equal to 1000 grams . One kilogram is ...
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acceleration air drag air resistance alpha particles angle atmosphere atomic nucleus average speed ball beam Chapter CHECK YOUR ANSWERS circuit colors constant cooling curve decreases Defend your answer density depends direction distance Earth electric charge electric field electromagnetic electrons emitted equal equation example exerts falling object fission force acts frequency friction Galileo glass gravity greater heat horizontal hydrogen increase inertia Insights Interactive Figure isotopes joules kilometers kinetic energy km/h liquid m/s² magnetic field mass measured meters molecules momentum Moon motion moving neutrons Newton's nuclear nuclear fission nucleons nucleus occurs orbit particles path Physics Place planet potential energy pressure produce protons pull push quantum radiant energy radiation radioactive rays reflected relative result rope rotational satellite sound space specific heat capacity speed of light surface temperature tion upward uranium vector velocity vertical vibration voltage wave wavelength weight wire zero