What is the type of bond holding hydrogen and oxygen atoms together in a single h2o molecule? What is the type of bond holding hydrogen and oxygen atoms together in a single h2o molecule? Ionic bond covalent bond hydrogen bond?

Answers

Answer 1
Answer: it is a hydrogen bond
Answer 2
Answer:

Answer:

It is a hydrogen bond.


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What physical state of matter is associated with the strongest attractive forces between particles (molecules, ions, or atoms)?

Answers

The answer is solid.

Solid, physical state of matter is associated with the strongest attractive forces between particles (molecules, ions, or atoms).

Among the other states of matter that is liquid, gas; solid is the one that is having strongest attractive forces between particles (molecules, ions, or atoms).



How does an earthquake cause a tsunami?

Answers

yes because the earth plates are grinding against each other and are the main cause of Tsunami!
When an earthquake happens under water a tsunami is formed

The tendency of molecules to move toward areas of lower concentration is called _____.a. suffusion
b. diffusion
c. suspension
d. effusion

Answers

The correct answer is B. The tendency of molecules to move toward areas of lower concentration is called diffusion. This happens when there is a concentration gradient. This is described by the Fick's laws of diffusion. Diffusion is the net movement of molecules from a higher concentration to lower concentration to achieve equilibrium.

Answer:

B: diffusion

Explanation:

NEED HELP ASAP PLEASEIdentify the type of bonding, covalent, ionic, or metallic, between
the atoms in an oxygen molecule.

Answers

Answer:

here hope it helps

Explanation:

covalent bonds

What the guy said on top he is right.

The diagram shows Earth's position in its orbit around the Sun at the beginning of each seasonWhich position of Earth shows the Moon located where its shadow may sometimes reach Earth?

Answers

The position where the moon is located where its shadow may sometimes reach Earth is position A .

What is an eclipse?

We know that in the outer space there are a lot of celestial bodies that can be found. Now we know that a celestial body is one that can be found in the outer space and the moon and the sun are all parts of the celestial bodies that we can find in the solar system.

In this case we  are being asked for the position of the moon that could lead to an eclipse where the moon would come between the earth and the sun and that is the position A.

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Final answer:

The position of the Moon’s shadow reaching Earth is not dependent on Earth’s position in its orbit around the Sun but on the relative positions of the Moon, Earth, and Sun. If the Moon is located directly between the Earth and the Sun, the Moon's shadow can sometimes reach Earth.

Explanation:

The position of Earth with respect to the Moon is not necessarily related to its position in its orbit around the Sun, but with the positioning and phases of the Moon relative to the Sun and Earth. When the Moon is positioned between the Earth and the Sun, we typically have a New Moon phase. During this positioning, if everything aligns perfectly, it is possible for the Moon's shadow to reach Earth, causing an eclipse. This can occur at any position of Earth's orbit around the Sun, provided the Moon is located appropriately.

Learn more about Moon's shadow here:

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What does the value, or magnitude, of the equilibrium constant (K) tell you about an equilibrium system? Be specific with your answer.

Answers

The statements that are correct are ‘A large Keq value indicates that products are favored.’ And ‘A small Keq value indicates that the reverse reaction will occur very quickly.’ Having large Keq means that the concentration of the product is greater than the reactants and so products are favored. Having small Keq means that the concentration of the reactants is greater than the product.