PHYSICS HIGH SCHOOL

What kind of heat transfer primarily occurs within a pot of water that is heated on the stove?A. radiation
B. conduction
C. convection
D. temperature

Answers

Answer 1
Answer:

Answer:

The kind of heat transfer that primarily occurs within a pot of water that is heated on the stove is convection

Explanation:

We will start by defining all the terminologies, then afterward, we will fish out the answer.

RADIATION : Radiation can be define as the transmission of energy  in the form of waves or particles through space or through a material medium, the earth gets the heat of the sun through the process known as radiation.

CONDUCTION :This is the transfer of heat from one object to another object with different temperature when the come in contact with one another.

CONVECTION : Convection can be defined as the transfer of heat from one place to another  by movement of fluids.

TEMPERATURE: This can simply be defined as the degree of hotness or coldness of an object.

From the above definition, we can deduce that the kind of heat transfer that primarily occurs within a pot of water that is heated on the stove is convection
Answer 2
Answer: convection. As the water molecules are being heated up at bottom, the molecules with less heat energy then move to take their place. By doing this all the water should reach an equal temperature.

Related Questions

Brianna fires a gun horizontally from a height of 500 m and with a muzzle velocity of 240 m/s. How fast does it travel horizontally after one second?
As current flows through a series circuit, it is diminished by the work it performs in the resistance(s). TRUE or FALSE
On a sky coaster (human pendulum) that reaches 20 meters from it's equilibrium position, a man of 70 kg is able to reach a maximum speed of
Determine the conversion factor between (a) km/h and mi/h, (b) m/s and ft/s, and (c) km/h and m/s.
A man begins pushing a lwan mower across a lawn from a standing start. Which is true? A. The man is decreasing the kinetic energy of the lawn mower B. the man is increasing the kinetic energy of the lawn mower C. the kinetic energy of the lawn mower is not changing D. you cannot tell whether the kinetic energy of hte lawn mower is increasing or decreasing from the info given

If the pitch of a sound decreases and the sound source is moving, is the sound source moving toward or away from the observer

Answers

the sound source must be moving away

Which phrase best describes wave motion

Answers

Hi!
I don't know your options, but i can describe the wave motion for you:

wave motion is energy transfer through space that proceeds in regular variations (such as vibration),- we say that it's an oscillation because of the regular variations. These variations have specific characteristics, such as frequency or length.

The function of a capacitor in an electric circuit is to?A. measure the amount of current in the circuit.
B. increase circuit power
.C. allow current flow between its plates.
D. store electric charges.

Answers


Well let's see:

A). No.  A capacitor doesn't measure anything.

B). No.  The power delivered to the circuit is determined by
              the battery or power supply and all the things in
              the circuit that dissipate energy.  A capacitor doesn't
              do any of these things.

C). No.  If any current actually flows between its plates,
             the capacitor is shot and can't do its job, and
             must be replaced.

D). Yes. A capacitor stores charges on its plates, and
              electrical energy in the field between its plates.
   

Answer:

D. Stores electric charges

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

Answers

The relationship between the stiffness of a medium and the speed of the wave is directly proportional. Because molecules are closer in a stiff medium, an increase of stiffness in a medium would also result to an increase in which a wave travels. 

An electron near the nucleus has __________ than an electron farther away.A. more energy
B. less energy
C. more mass
D. more speed

Answers

Answer:

less energy

Explanation:

an electron near the nucleus has less energy than an electron farther away because the closer the electron orbit is to the nucleus, the lower the energy level and therefore the lower the potential energy it possesses . when electrons move farther away, they move unto higher energy orbitals and therefore gain more energy.

less energy, because the electron is being pulled in by the nucleus's attraction.

John is traveling north at 20 meters/second and his friend Betty is traveling south at 20 meters/second. If north is the positive direction, what are John and Betty's speeds?

Answers

Answer:

The John 's speed is 20 m/s.

The Betty's speed is 20 m/s

Explanation:

Given that,

John is traveling north at 20 meters/second and his friend Betty is traveling south at 20 meters/second.

We need to calculate the John and Betty's speeds

We know that,

The speed is a scalar quantity. its has only magnitude.

Hence, The John 's speed is 20 m/s.

The Betty's speed is 20 m/s
Both of their speeds are 20 m/s.
Direction is not involved in describing speed.
Other Questions
Question 4 4. Two blocks A of mass 15kg and B of unknown mass are connected by a light inextensible string on a rough horizontal surface. A constant force of magnitude 120N is applied onto block A at an angle of 30° to the horizontal as shown in the diagram below. The coefficient of kinetic friction for both blocks is 0.2 and the system of blocks accelerates to the right at 2.08m.s2. B Question 5 A 15 kg 30° 4.1. State Newton's Third law of motion in words 4.2. Draw a labelled free-body diagram for block A 4.3. Show that the frictional force acting on block A as it accelerates is 14.7N 4.4. Calculate the mass of block B [18] 120N (2) (5) (5) [16]​
Entropy measuresa. temperature as volume increases. b. temperature as pressure increases. c. temperature at constant pressure. d. messiness. e. temperature at constant volume.
Please help! This is due in 10 minutes!! I will mark brainliest asap
What is the benefit of using the metric system and SI Units?Question 1 options: to convey information accurately so scientists can refer to the same quantity no matter the location or language there is no need to use the same system of measurements around the world to measure accurately on equipment so that all measurement systems can be used together --------------------------------------------------------------------------------- What are the best units for a scientist to measure the distance between cities? Question 3 options: inches meters miles kilometers