Dielectrics 583 reflect as w creases when the es some energy sct as we would expect, the potential difference when the capacitors are connected because the first me across c de energy to the second one. since the two capacitors have the the first capacitor are in parallel, but the concept of an equivalent capaci- came they are in converted to other forms: the conductors become a little warmer, and some energy is radiated as electromagnetic waves. we'll study these phenomena in later chapters practice problem: in this example, if c = 80 mf (equal to c). what fraction of the original stored energy remains after c is connected to c ?50%. ce is not needed here. see that the final stored energy is only 65% of the initial value. moves to the new capacitor, some of the stored energy is as charge moves to 18.7 dielectrics
convert the condensed structures to line angle formulas: 1. ch3ch2ch(ch3)ch2ch3 8. chcoch 9. ch3ch2och3 2. ch3ch2ch(ch2ch3)ch(ch3)ch2cho ch)ch: chch: 10. ch ch2ch=c(ch: chb)(c(ch3)3)ch, 3. ch3ch2ch(ch3)ch(ch3)ch2ch3 11. ch: ch-ch(ch2ch)ch oh 4. ch3c(ch3)2ch2ch2ch(ch3)ch2ch3 12. ch3ch2och2cho 5. ch(ch3)2ch(ci)ch2ch3 13. hoocch2nhch(ch3)coch3 6. ch3ch2ch och(ch2ch3)ch2ch3 14. hoocch och cooh 7. hoch: c(ch3)2conh2