3.5 skurgus for 65% tax (TYLER) Flashcards
(27 cards)
T/F Series Circuits have multiple passages to go through
F: They only one passageway
In a series circuit electrons cannot ______ at any points
accumulate and get stuck
Electrons pushing other electrons moving the circuit is _____
flux d’electrons
T/F Series circuits have different amount of current throughout the circuit
F: It’s the same amount everywhere
How many openings does a parrarel circuit have?
More than 1 you actual n
A parrarel circuit is like adding more ____ into highways to make the cars dont get stuck behind eachother
lanes/passages
After leaving the energy source what do the electrons do?
they seperate into different branches within the circuit
In parralel circuits the current is _____ throughout the circuit
different
T/F In parralel cicruits, all the current regardless of passage return to the energy source
t
In residences they use most commonly _____ circuits as it offers _____
parralel | more ways to plug stuff in.
REVIEW: Resistance is measured in _____
Ohms
Ohms are mesured in relation with _____ over _______
tension over current
la resistance represente la capacite pour un circuit de __
empecher les electrons dans le courant
la resistance equivalente d’un circuit en serie est +____
la somme de tout les resistances en serie
dans un circuit en serie le courant qui part le pile et entre dans chacun des resistances est __
la meme
formule pour resistance equivalent dans un circuit serie?
R = R1 + R2 .. Rn
la formule pour resistance equivalent dans un circuit parallelle est
1/R = 1/R1 + 1/R2 … + 1/Rn
la somme du courant qui passe par chaque resistance dans un circuit parallele est ?
c’est egale a le courant au debut
dans un circuit en parallele le dif de potentiel dans chaque resistance est ____
la meme
V/F: si il y a branches sur un circuit en parallele et il ya 2 lampes, quand vous mettez le troisieme lampe l’intensite des deux autres diminue
Faux: il reste la meme
parallele ou serie has more stabliyt?
parallele is more stable
dans circuit serie Is =
= I1 = I2 = I3….
dans circuit parallelle Is =
= I1 + I2 + I3 …
dans circuit serie R equivalente =
= R1 + R2 + R3
