Why are gases good at transferring heat through convection?

Answers

Answer 1
Answer: Because gases flow easily.  A hot batch of gas can rise through
the surrounding gas a lot easier than, say, a hot batch of mud can
rise through the surrounding mud.
Answer 2
Answer:

Answer: The particles can slide past one another.

Explanation : 'The heat energy moves through the material as the particles tin the material move through the material' .


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An atom of the element chromium has an atomic number of 24 and a mass number of 52. How many electrons are in an uncharged atom of chromium?

Answers

Chromium is represented by the element Cr with an atomic number of 24 and a molar mass of 52 gram per mole. The number of protons in the Chromium atom is the atomic number, so it has 24 protons. And the protons of chromium atom is equal to the number of electrons, so 24 electrons.

Answer:

24

Explanation:

Predict Two objects have unlike charges. Howwould the electric force between the two objects
#pany. Image Credits: () OHM; (b) Rob Matheson
change as they are moved apart?
9 Ev
ne
T
b

Answers

Answer:b

Explanation:

At a certain location, the earth's magnetic field has a magnitude of 5.7×10−5 t and points in a direction that is 73 ∘ below the horizontal. part a find the magnitude of the magnetic flux through the top of a desk at this location that measures 81 cm by 85 cm

Answers

Answer:

1.15 * 10^(-5) Tm²

Explanation:

Parameters given:

Magnitude of magnetic field, B = 5.7 * 10^(-5) T

Angle of magnetic field to the horizontal plane = 73°

Dimension of the desk = 81 cm × 85 cm

Area of desk, A = 6885 cm² = 0.6885 m²

The magnitude of the Magnetic Flux, |Φ|, is given as:

|Φ| = |B * A * cosθ|

Where θ = angle of the Magnetic field to the normal of the desk = 90 - 73 = 17°

Therefore, the magnitude of the Magnetic Flux will be:

|Φ| = |5.7 * 10^(-5) * 0.6885 * cos17|

|Φ| = 3.75 * 10^(-5) Tm²

When the magnitude of the magnetic flux through the top of a desk at this location is = 1.15 * 10\wedge (-5) Tm2

Calculate of Parameters

Parameters as per the question given:

Then The Magnitude of the magnetic field, B = 5.7 * 10\wedge (-5) T

Then, The Angle of the magnetic field to the horizontalplane = 73°

After that, The Dimension of the desk = is 81 cm × 85 cm

Now, The Area of desk, A = 6885 cm² = 0.6885 m²

When The magnitude of the Magnetic Flux, |Φ|, is given as:

Then, |Φ| = |B * A * cosθ|

Where θ is = angle of the Magnetic field to the normal of the desk = 90 - 73 = 17°

Thus, the magnitude of the Magnetic Flux will be:

|Φ| =|5.7 * 10\wedge (-5) * 0.6885 * cos17|

|Φ| =3.75 * 10\wedge (-5) Tm²

Find more information about Parameters here:

brainly.com/question/20706745

a train is moving at 4.0 km/h. It accelerates at 60 km/h/s for 0.75 h. What is its speed by the of the 0.75 h

Answers

Answer:

49 km/h

Explanation:

60 km/h acceleration for 0.75 hours.

60 × 3/4 = 45 km/h

Take the acceleration and add it to the speed the train was already moving at:

45 + 4 = 49km/h

A quasi-judicial independent agency has the power to _______. Please select the best answer from the choices provideda. create laws
b. print currency
c. rule on conflicts
d. call Congress into session

Answers

The correct answer is (c.) rule on conflicts. A quasi-judicial independent agency has the power to rule on conflicts. The quasi-judicial body has the power and rights to have the procedures done in terms of resembling the court of law and judge.

When you sit indoors near a window on a sunny day your skin gets warm how does this happen?F. The Suns energy reaches your skin as radiation.
G. Heat from the sun reaches your skin by conduction.
H. The Suns energy is conducted to your skin by the glass
I. Heat from the room is reflected from the Windows onto your skin

Answers

Well, we know it's NOT I., because only LIGHT gets reflected.
We know it's NOT G., because conduction requires some pathway that actually CONNECTS to us, and a window can't "connect" to us.
H. is the same reason as G., and the problem didn't state that it touches or "connects" to us.
So that leaves only to A., and YES, it could reach our skin through radiation!
I hope I helped! =D