Distinguish between an acidic and a basic oxide.

(Select all that apply.)
1. In a basic oxide, element forms ionic bonds with oxygen.
2. A basic oxide is an oxide that reacts with bases.
3. A basic oxide is an oxide that reacts with acids.
4. In a basic oxide, element forms covalent bonds with oxygen.
5. An acidic oxide is an oxide that reacts with acids.
6. In an acidic oxide, element forms ionic bonds with oxygen.
7. In an acidic oxide, element forms covalent bonds with oxygen.
8. An acidic oxide is an oxide that reacts with bases.

130 ppm will contain  0.12985167 grams of chlorine present in per liter of pool water.

This is an abbreviation for "parts per million" and it also can be expressed as milligrams per liter (mg/L).

1001.142303 ppm is equal to 1 g/L

So, 130 ppm will contain  [tex]\frac{130}{1001.142303}[/tex] grams of chlorine present in per liter of pool water which is equal to 0.12985167 gram/L.

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Answer:

A liquid evaporated slow at higher temperature bz the vapour pressure of the is higher so few molecule can escape the surface

Answer:

The correct answer is D. A liquid evaporates faster at higher temperatures because more particles have a higher speed and can overcome attractions in the liquid.

Explanation:

I just got it right on Edge.

Hope this helped!

Brainliest would be greatly appreciated :D

Answer:

2 i think should be the correct answer

Explanation:

Answer:

because they are ionic bonded

Answer:

If the temperature is increased, the average speed and kinetic energy of the gas molecules increase. If the volume is held constant, the increased speed of the gas molecules results in more frequent and more forceful collisions with the walls of the container, therefore increasing the pressure

Explanation:

hope this helps

1 mols of Aluminium ion forms 1 mol aluminium phosphate

Molar mass of AlPO_4

Moles of AlPO_4

Moles of Al3+=57.5µmol

The mass in grams of He are necessary to fill a balloon having a volume of 4.50×10³ mL to a pressure of 1.14×10³ torr at 25.0ºC is 1.104 grams.

Mass (W) in grams from moles (n) will be calculated by using the below equation:
n = W/M, where

M = molar mass

Moles of helium gas will be calculated by using the ideal gas equation:

PV = nRT, where

R = universal gas constant = 62.363 L.torr / K.mol

P = pressure of gas = 1.14×10³ torr

V = volume of gas = 4.50×10³ mL = 4.50 L

n = moles of gas = ?

T = temperature = 25.0ºC = 298 K

On putting these values on the ideal gas equation, we get

n = (1140)(4.5) / (62.363)(298) = 5130 / 18584

n = 0.276 moles

Now we convert this moles into mass by using the first equation as:

W = (0.276mol)(4g/mol) = 1.104 g

Hence required mass of helium gas is 1.104 grams.

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Answer:

Empirical Formula ClHgO3 Mercurous Chlorate

Explanation:

Cl=12.48% Hg=70.62% O=16.9%

In the given chemical reaction iron is less electropositive metal and aluminum is more electropositive and behave as a reducing agent also.

Electropositivity is the ability of an atom of donation or losing of electrons easily.

From the given chemical reaction it is clear that oxidation state of iron changes from +3 to 0 & of aluminum is from 0 to +3. So in the above chemical reaction aluminum is more electropositive than iron metal. And aluminum is behave as a reducing agent as it helps in the reduction process by providing electrons.

Hence aluminum is electropositive metal and reducing agent, iron is less electropositive.

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Answer:

Using magnets to repel each other is one way to try to achieve a frictionless bearing.  In practice, it can be difficult to remove all friction.  While a pair of magnets will repel each other, they are not stable in this condition.  One magnet won't simply float forever above another magnet.

Explanation:

To determine the substance that comprises the anode and the cathode in a galvanic cell is by determing ;

The material with the larger (more positive) standard reduction potential that will be the cathode.

In a galvanic cell, oxidation which leads to the loss of elctrons occurs at the anode, while reduction ( addition of elctrons ) occurs at the cathode. therefore the materials with a more positive standard reduction potential will be the cathode of the galvanic cell.

Hence we can conclude that The material with the larger (more positive) standard reduction potential will be the cathode.

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Answer:

volume problem

Explanation:

cubic usually means volume

Answer:

C I think

Explanation:

A duck isn't supposed to bring a sandwich to people, so i believe that the duck learned how to do that. (Sorry if it's wrong)

Answer:

2Mg + O2 ⇒ 2MgO

Answer:

woodpecker it's easy lil lol

Given what we know, we can confirm that based on the evidence found, someone deliberately set fires at different points around the warehouse.

This has to do with the natural way in which fires spread. Fires that occur naturally or accidentally tend to concentrate in one place, then spread throughout the warehouse over time, however, this is not what the detective found. Instead, there are indications that multiple fires started simultaneously.

Therefore, given the very unlikely nature of this occurring naturally, we can confirm that based on the evidence found, someone deliberately set fires at different points around the warehouse.

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Answer:

10 + 3/4   = 10 3/4   units     ( inches <==== I think)

Explanation:

Answer:

Its the last one freezing and condensation.

Explanation:

because the line is moving up so it has to be freezing and if it was going down it would have been melting

Answer:

I gotthe answer

Explanation:

The explanation is This

Now writing the value in sentific term

It would look like

[tex]4.76 \times {10}^{2} \times {10}^{ - 9} [/tex]

[tex]4.76 \times {10}^{2 - 9} [/tex]

4.76

[tex]4.76 \times {10}^{ - 7} [/tex]

Now in centimeter

[tex]4.76 \times {10}^{ - 5} [/tex]

PLEASE MARK ME BRAINLIEST IF MY ANSWER IS CORRECT PLEASE

Answer:

Roots, stems and leaves

Explanation:

A, B,  and D

Hope this helps!

Answer:

A, B y D

Explanation:

Answer: 9514 1404 393

 4 2/3 ohms

The resistance is the ratio of voltage to current.

 R = V/I

 R = (14)/(3) = 4 2/3 . . . ohms

Explanation:hi ^^ have a great day hope this helps xlXCherryColaXlx (nice pfp btw)

Answer:

INTENSIVE PROPERTY OF MATTER

Explanation:

DENSITY IS AN INTENSIVE PROPERTY OF MATTER THAT ILLUSTRATES HOW MUCH MASS A SUBSTANCE HAS IN A GIVEN AMOUNT OF VALUE,

Answer:

The change of state requires energy.

Explanation:

Instead of the energy changing the temperature the heat energy is used by changing its form.

Answer:

but purely citric acid synthetic Acid whose moller mass is equal to 192 g per mole. Okay, so here we have Modernity is even McGarity is equal to 0.5 M and we have volume, so Volume is equal to 200 mililiters  is equal to 0.1 liter  Okay, so they are asking to calculate the mass of what u have  Okay. So first of all, if we want to calculate the mass of then we have to calculate the number of moles. So maturity is equal to the number of moles per volume in liters . So you mean zero point sorry from this one number of moles is equal to So N is equal to m multiplied very weak. So that is equal to 0.1 and 0.5. So that is equal to 0.05 moles. Okay, now the mask is equal to the mass of cool eh is equal to the number of Okay. Number of 0.5 and it is multiplied by 92 g per mole. Then it is equal to 9.6 g. So this is the mass of a present. A 0.500 ml

If the change in Gibbs free energy for a process is positive, the corresponding change in entropy for the universe will be positive.

This is defined as the energy used by a substance involved in a chemical reaction.

The Gibbs free energy and entropy has a direct relationship which is why a positive gibbs free energy will result in a corresponding positive entropy.

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Answer: The correct answer is Negative

Answer:

C

Explanation:

Releases Ink!

Answer: I'm pretty sure the squid releases a spray of ink

Explanation: I've seen it in movies

The specific heat capacity of Aluminum of mass 3 grams that was heated from 20 °C to 662 °C while absorbing 1728 J of heat is 12.5 J/g°C.

The specific heat capacity of a substance can be calculated using the following formula:

Q = m × c × ∆T

Where;

According to this question, 3 grams of Aluminum was heated from 20 °C to 66.2 °C while absorbing 1728 J of heat.

1728 = 3 × c × (66.2 - 20)

1728 = 138.6c

c = 1728 ÷ 138.6

c = 12.5 J/g°C

Therefore, the specific heat capacity of Aluminum of mass 3 grams that was heated from 20 °C to 662 °C while absorbing 1728 J of heat is 12.5 J/g°C.

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Answer:

I believe the Answer is B