Contrast the movement of charges in a series circuit and in a parallel circuit.
Answers
In a series circuit, there is only one possible path from one battery
terminal, through the circuit, to the other battery terminal. All of the
current that leaves one side of the battery travels exactly the same
path to the other side of the battery. There's never any point in the
circuit where the current has a choice of which way to go.
In a parallel circuit, there are different possible paths. On its way
through the circuit, the current comes to a point where it has a
choice of going this way or that way. What happens at that point
is that the current splits up ... part of it goes this way, and the rest
of it goes that way, and it all joins up together again somewhere
else in the circuit.
Related Questions
A space probe is coasting through space at a steady speed of 100p feet per second. the booster rocket fires for 1/2 seconds so the price is now Traveling at 5.000 feet per second. What acceleration did the socket deliver?
Who is Gregor Mendel? What type of organism did he study? What did he learn that helped us understand genetics?
How are Newton’s second and third laws of motion important to your everyday life?
Linh builds a circuit from the diagram shown. A rectangular box of lines with the long side vertical and an extra horizontal line about 2 thirds of the way up. The top line has a circle with an X in it labeled 1. The right side from top has a top circle 2 with an X in it then the connection with the extra line then a bottom circle 4 with an X in it. The extra line has a circle 3 with an X in it. The left side has a stack of horizontal lines near its bottom, which are, from top very short, short, very short, short. If Linh removes bulb 3, which bulbs will remain lit? 1 only1 and 2 only 4 only 1, 2, and 4
Answers
B) 37 V
The potential difference between point a and point b is equal to 37 V
Explanation:
The potential difference across a and b can be calculated by finding the equivalent resistance of the resistors R1, R2 and R3 and then by applying Ohm's law.
Given:
R1 = 3.0 Ω
R2 = 8.0 Ω
R3 = 10.0
Current = I = 5 A
To calculate equivalent resistance of the circuit:
R2 and R3 are connected in parallel configuration. The equivalent resistance of R2 and R3 can be calculated as
Resistance R1 is in series with Rp. The equivalent series resistance is calculated as
Thus the given 3 resistor circuit can be written as an equivalent resistance Rs equal to 7.44 Ω through which current I passes.
By Ohm's law;
If V is the potential difference between a and b
Potential difference across points a and b = Current flowing through the circuit × Resistance between points a and b
37.2 V ≈ 37 V
Therefore, the potential difference between point a and point b is equal to 37 V
Answer:
Explanation:
37V
A. zoning laws
B. immigration reforms
C. international treaties
D. the amount of money in circulation
Answers
Answer:
B
Explanation:
zzzzzzzzzzzzzzzzzz
b.sample 2
c.neither
d.sample 1
Answers
Answers
B) 100 kg person
C) 412 kg motorcycle
D) 2540 kg elephant
Answers
The object having higher mass will experience higher gravitational force. Among the given things 2540 kg elephant experiences larger gravitational force.
What is gravitational force?
Gravitational force is the force acting down wards which pulls all objects in the earth surface into the ground. Gravitational force is comparatively weaker than nuclear force and magnetic force.
Gravitational pulling experienced by a body is depends upon the height it exists and the mass of the body. As the height from the earth's surface increases, gravity decreases.
Similarly higher the mass of a body, higher will be attractive pull by the earth. The equation for gravitational force is written below:
Force = G m /r², here r is the distance from the earth surface or theoretically for earth it is the radius.
Thus, as mass increases so does gravity. Therefore, a 2540 kg elephant experience highest gravitational force among the other options.
To find more about gravitational force, refer the link below:
#SPJ2
If the objects are all at the same distance from the center
of the Earth, then the gravitational forces between the Earth
and each object only depend on the mass of each object.
Those forces are least for the 5kg object, and greatest for
the 2,540kg object.
The gravitational force that attracts each object toward the
center of the Earth is typically referred to as the object's "weight".
It's important to know that there's another force of gravity ... the one
that attracts the Earth toward the object. And that one is equal to
the object's weight, but pulls in the opposite direction.
Your weight on the Earth is equal to the Earth's weight on you.
Answers
Answer: Streptococcus.
Explanation:
The Bacteria and Archaea domains are prokaryotes, they contain no nuclues or organelles, only a circular chromosome. They cannot form multicells organisms. Archaea can be found in extreme evironments, such as hot springs and deep sea vents.