Most of the circuits in your home area. parallel circuits.
b. switch circuits.
c. series circuits.
d. reversible circuits.

Answers

Answer 1

Answer:

The correct answer to the question is: A) Parallel circuits.

EXPLANATION:

There are normally two types connection of circuit elements which are preferred for connection of electrical appliances.

Most of the circuits in home are connected to each other in a parallel way.

We know that the potential remains constant at every circuit elements for parallel connection. The potential drop across each circuit element will be different for series connection.

Due to the parallel connection, each circuit elements can be switched on or off separately.

Hence, most of the electrical circuits in home are connected in parallel way.

Answer 2

Answer:

Option (a) is correct. The most of the circuits at home are the parallel circuits.

Further Explanation:

The normal wiring in the electrical appliances used in the household circuits are either done in series circuit or in a parallel circuit.

A series circuit is a circuit in which all the alliances are connected to one another in a linear manner. In series circuit, the current flowing through all the elements in a circuit remains the same but the voltage drop changes.

A parallel circuit is a circuit in which all the appliances are connected across the voltage source and therefore, the voltage drop across all the appliances remains the same.

The switching circuit and the reversible circuits are the circuits which make use of the several sensors and electronic adapters to control the circuit.

The parallel circuits are more advantageous over the other circuits because if any fault occurs in any one of the instrument or appliance, the whole circuit is not affected due to this. The rest of the circuit continues to work without any issue.

Thus, Option (a) is correct. The most of the circuits at home are the parallel circuits.

Learn More:

1. If r1 = 6 ω, r2 = 8 ω, r3 = 2 ω, ε1 = 4 v, and ε2 = 14 v, what is the current in r2 brainly.com/question/3051098

2. If a current of 2.4 a is flowing in a cylindrical wire of diameter 2.0 mm, what is the average current density in this wire brainly.com/question/10597501

3. A small bulb has a resistance of 2 ohm when cold brainly.com/question/10421964

Answer Details:

Grade: High School

Subject: Physics

Chapter: Electrical circuits

Keywords:

Parallel circuits, switch circuits, reversible circuits, series circuit, most of the circuits, household circuit, appliances, fault, not affected, current remains same, voltage drop across.

Related Questions

If 1.3 grams of air has a volume of 1000cm ^3, what is the density of air? A) 1300g/cm^3B) 1001.3 g/cm^3C) 769.23 g/cm^3D) 0.0013 g/cm^3
kyle is holding a nag of 250 jelly beans. when mark takes out two jellybeans, kyle is not able to tell a difference. this illustrates
A woman lifts her 100-newton child up one meter and carries her for a distance of 50 meters to the 3.2child’s bedroom. How much work does the woman do?
What is the energy of work done lifting 2kg mass rocket to a height of 130 m
Li and Raj are playing football. They take turns trying to run past each other with the football. Li weighs 125 pound and Raj weighs 175 pounds. Li discovers that if he changes direction quickly when running, he can always dodge out of the way before Raj can tackle him.Why is Li able to avoid Raj’s tackle? Choose the best description.

Why does the weight of water pulls the central part of the surface down?

Answers

Answer:

Buoyancy or Upthrust

Explanation:

This is an upward force exerted by a fluid that opposes the weight of a partially or fully immersed object.

1. -------- of an object is the change in velocity per unit time.a) Displacement b) Acceleration c) Average velocity d) Angular velocity.
2. The motion of freely falling body is an example of ----- motion.
a) Uniform motion b) Non -uniform motion c) Uniformly accelerated motion. d) None of these.

Answers

Answer:

Explanation:

acceleration is defined as the rate of change of velocity with time

In any one material, all electromagnetic waves have the samea. wavelength.
b. velocity.
c. frequency.
d. amplitude.

Answers

Penn foster Students: Velocity

Two objects are connected by a light string that passes over a frictionless pulley as shown in the figure below. Assume the incline is frictionless and take m1 = 2.00 kg, m2 = 7.35 kg, and θ = 50.0°.1) Find the magnitude of the accelerations of the objects. (m/s^2)
2)Find the tension in the string. (N)
3)Find the speed of each object 2.50 s after being released from rest. (m/s)

Answers

Answer:

Part a)

$a = 3.81 m/s^2$

Part b)

$T = 27.2 N$

Part c)

$v_f = 9.53 m/s$

Explanation:

For m2 mass along the inclined plane we can write

$m_2g sin\theta - T = m_2 a$

for m1 mass we can write equation in vertical direction

$T - m_1 g = m_1 a$

so we will have

$m_2g sin\theta - m_1g = (m_1 + m_2) a$

so we have

$a = ((m_2 sin\theta - m_1)g)/(m_1 + m_2)$

now plug in all data in it

$a = ((7.35 sin50 - 2)9.81)/(7.35 + 2)$

$a = 3.81 m/s^2$

Part b)

from above equation

$T = m_1g + m_1 a$

$T = 2(9.81 + 3.81)$

$T = 27.2 N$

Part c)

Speed of the object after t = 2.50 s

$v_f = v_i + at$

$v_f = 0 + 3.81(2.50)$

$v_f = 9.53 m/s$

assume m1 moving down, so m2 is moving up and accelleration direction of each box is the same as its movement.

check forces act on m1
1. tension of the rope T up
2. m1g down
3. moving down with a
f = ma --> m1g - T = m1a ...(1)
or. T = m1g - m1a ... (1.1)

check forces act on m2
1. tension of the rope T up alone the incline. it must be equal to previous one because it is the same segment of the rope.
2. m2gsine(θ) down along the incline
3. moving up with a
f = ma --> T - m2gsine(θ) = m2a ...(2)

replace T from (1.1) to (2)
(m1g - m1a) - m2gsin(θ) = m2a
m1g - m2gsin(θ) = m2a + m1a
a = g(m1 - m2sin(θ))/(m1 + m2)

plug in value you will get the answer. if a is negative, it means direction on our assumption is not correct. it's the opposite (direction).

after get a, you will get T
and velocity use v = u + at

... i cannot post pict. draw the diagram will make you understand this better.

Which is caused when constructive interference occurs in sound waves?a. louder beats
b. no disturbance
c. softer noises
d. no sounds

Answers

When constructive interference occurs in sound waves, it will causelouder beats. The answer is letter A. This is because the waves of the samefrequency travel in the same direction. This enables the waves to add up havingthe same frequency and direction but with greater amplitude.

A drive find difficulty to drive a car when the ground is cover with ice explain why?

Answers

the ground is less rough, so there is less friction between the ground and the wheels of the car. This makes it unable for the car to move forward

Other Questions

Recognize the relationship between stiffness of the medium and the speed of a wave.

When the temperature is cold, Tim's tires look under-inflated. This is because the air molecules in the tire ________ causing their kinetic energy to _________ and volume to _______..A). slow down, decrease, contract B). multiply, increase, fluctuates. C). stay the same, increase, expand. Eliminate. D). speed up, decrease, stay the same.

What's the answer to this problem?

Which of the following objects has the greatest inertia?a. baseball b. bowling ball c. pencild. toothpick

Most of the circuits in your home area. parallel circuits. b. switch circuits. c. series circuits. d. reversible circuits.

Answers

Related Questions

Answers

Answers

Answers

Answers

Answers

Answers

Most of the circuits in your home area. parallel circuits.
b. switch circuits.
c. series circuits.
d. reversible circuits.