Raquel Perry

[Raquel Perry @RAPp132NR]

Go Umass! #UniteTheMasses

[Raquel Perry @RAPp132NR]

Connect Orgo 2 to earlier units: exciting electrons then bringing them back to a neutral state through releasing energy as light #p132wk13w

[Raquel Perry @RAPp132NR]

Parallel circuits are more complex to make however if one pathway is disrupted the others will continue to function as normal #p132Pbatt

[Raquel Perry @RAPp132NR]

Series circuits are easy to make, but if disrupted at one point the whole connection is ruined #p132Sbatt

[Raquel Perry @RAPp132NR]

#p132eV -1.602E-19J

[Raquel Perry @RAPp132NR]

#p132mycircuits 2

[Raquel Perry @RAPp132NR]

#p132NR3
The electric field is generated by the two charged probes. The proteins (neg) experience the charge

[Raquel Perry @RAPp132NR]

@UmassP132 V since it's scalar and E is vector

[Raquel Perry @RAPp132NR]

#p132VvsE
One with other charge makes force one with other charge makes energy

[Raquel Perry @RAPp132NR]

#p132VvsE
No direction

[Raquel Perry @RAPp132NR]

#p132VvsU
It is real without acting on stuff

[Raquel Perry @RAPp132NR]

#p132Vdo it causes U

[Raquel Perry @RAPp132NR]

#p132Vfrom
It comes from things with q

[Raquel Perry @RAPp132NR]

For the extra practice chapter 17 prob 13 why is the answer it increases to 2.0cm? #p132wk9w

[Raquel Perry @RAPp132NR]

@UmassP132 and charges!

[Raquel Perry @RAPp132NR]

An electric field is the area around a charged particle within which a force would be exerted on another charged particle. #p132E

[Raquel Perry @RAPp132NR]

Electric Fields interact with other electric fields #p132Edo

[Raquel Perry @RAPp132NR]

Electric fields come from charged particles#p132Efrom

[Raquel Perry @RAPp132NR]

Here

energy is momentum times momentum over two times weight #p132eq4

[Raquel Perry @RAPp132NR]

how fast something goes is wave distance times how much a point goes up and down and back to up in a second. #p132eq3