Analysis and conclusions: (total of 25 points) in your own words, write an analysis of the differences between the acceleration rate of objects on earth versus objects in the vacuum of space. be sure to include terminology from the lesson and direct references to your data.
the formula for converting between temperature scales is often one of the formulas printed on the inside of one of the covers of your physics text book. (why do i get the creepy feeling that i need to explain what a 'book' is now ? )
anyway, be that as it may, and it probably is, the formula to take a fahrenheit temperature and convert it to a celsius one is
°c = (5/9) x (°f - 32°)
°c = (5/9) x (125° - 32°)
°c = (5/9) x (93°)
°c = (51 and 2/3)°
1/3 the weight than it is on earth
answer : absorbs and releases thermal energy by first vaporizing then condensing.
the transfer of heat from one place to another is a function of refrigerant.
initially, the liquid refrigerant enters the indoor coil. here, it changes from liquid state to vapor state. then this vapor refrigerant enters into the compressor.
finally, it flows into the condenser. here, it releases heat to the outside air.
so, refrigerant absorbs and releases thermal energy by first vaporizing then condensing.