How can filtering produce clean water from dirty water?

Answers

Answer 1

Answer:

Filtering helps produceclean water by...

Explanation/summary/reasons:

Filtering dirty water can take away the tap water odor, heavy metals, bacteria and dirt that can cause a person to get infected or sick. Filtering can even remove the chloride inside the dirty water and reduces limescale and acid reflux and can make clean water have anti-oxidant properties in it. Filtered and clean water is better for the environment and healthier by improving skin health and healthier for making tea,coffee and healthier smoothies. Water can also enhance hydration, energy, helps get rid of headaches, reduces cardio stress and improves digestion. It even saves more money from your wallet as well!

~Hope this helps!

~Hocus Pocus

Answer 2

Answer: Filtering would remove the dirt and some particles of dirt from the water, which would make it good to drink.

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If one body is positively charged and another body is negatively charged, free electrons tend to A. move from the negatively charged body to the positively charged body. B. remain in the negatively charged body. C. move from the positively charged body to the negatively charged body. D. remain in the positively charged body.
List three organelles found in cells and describe their functions.
When star A runs out of fuel, it explodes in a supernova and becomes a neutron star. When star B runs out of fuel, it contracts to become a white dwarf. Based on this information which of the following conclusions is most likely true:A. Star A had a larger mass than star BB. For most of its life cycle, star A appeared substantially brighter than star B from earthC. For most of its life cycle, star B appeared substantially brighter than star A from earth
Talc _____. is the hardest known mineral has a Mohs hardness of 1 has a Mohs hardness of 10 is harder than quartz
The relationship between the "absolute temperature" on the Kelvin scale and the Celsius temperature is given bv: T(K) = t(°C) + 273.15 t(°C) = T(K) + 273.15 T(K) = 5/8[4°C)] - 32 D) T(K) = 8/5[t(°C)] + 32

In a titration, 20.0 milliliters of 0.15 M HCI(aq) is exactly neutralized by 18.0 milliliters of KOH(aq).Complete the equation in your answer booklet for the neutralization reaction by writing the formula of each product.

KOH(aq) + HCl(aq)==> ________ +________

Compare the number of moles of H+(aq) ions to the number of moles of OH-(aq) ions in the titration mixture when the HCl(aq) is exactly neutralized by the KOH(aq).

Determine the concentration of the KOH(aq).

Answers

The reaction yields H2O and KCl (remember that neutralization reactions produce water and a salt).When HCl is exactly neutralized by KOH, you are left with no excess H+ or OH- from the strong acid or strong base. Also, since both the acid and base are strong, their conjugate base and conjugate acid, respectively, have negligible basicity. Therefore, the final solution is of neutral pH and there are equal amounts of H+(aq) and OH-(aq).Since the acid is monoprotic and the base releases only 1 OH- per molecule dissociated, you need not worry about dissociation constants. In this case, you find the molarity using M1V1 = M2V2. You are finding M2, so M2 = M1V1/V2 = (0.15)(20.0)/(18.0) = 0.17M (this is considering significant figures).

Choose all of the examples where there would be an increase in the electric or magnetic force

Answers

Answer:

Explanation:

1) Increase the amount of charge on each object

2) Decrease the distance between each object

3) Increase the mass of the objects.

just colmpeated this in usa test prep 100% correct

at do oxygen (O) and bromine (Br) have in common? They both tend to gain electrons to gain stability. They both have seven valence electrons. They are both halogens. They are both unreactive.

Answers

Both of them have high electronegativity. Hence they both tend to gain electrons to gain stability.

Describe the conditions under which a real gas is most likely to behave ideally

Answers

Answer:

The conditions under which a real gas is most likely to behave ideally is at low pressure and hight temperatures.

Explanation:

According to molecular kinetic theory, 1) gas particles (molecules or atoms) occupy a negligible fraction of the total volume of the gas, and 2) the force of attraction between gas molecules is zero.

Those two assumptions constitute the basis for the behavior of a gas and an ideal gas.

The lower the pressure and the higher the temperature the closer those assumptions are valid for real gases.

At low pressure, the particles of the gas will be more separated from each other and so the tiny volume they occupy will be a smaller fraction of the total volume.

At higher temperatures, the particles will have more kinetic energy, which means that they will have larger average speed, and so the forces between the molecules will count less.

So, you conclude that under low pressure and high temperatures a real gas is most likely to behave ideally.

The digestion process starts in the _____. esophagus stomach small intestine mouth

Answers

this is probably a little late lol but the answer is the mouth, because when you chew food, it releases nutrients into your body.

The nucleus of 8Be, which consists of four protons and four neutrons, is very unstable and spontaneously breaks into two alpha particles (helium nuclei, each consisting of two protons and two neutrons). True or false?

Answers

Answer: The given statement is false.

Explanation:

When there is more difference in the ratio or number of protons and neutrons then nucleus of the atom becomes unstable in nature. This unstability is caused due to greater repulsion between the like charges of sub-atomic particles.

As a result, this force of repulsion becomes greater than the binding energy. And, this force is known as the weak force because it is unable to bind the neutrons and protons together.

The proton and neutron ratio for smaller elements is 1:1 and for higher elements it has to be 1:5. Since, $^(8)Be$ is a smaller element with 4 protons and 4 neutrons. Hence, the proton and neutron ratio is 1:1.

Therefore, $^(8)Be$ is stable in nature.

Thus, we can conclude that the statement nucleus of 8Be, which consists of four protons and four neutrons, is very unstable and spontaneously breaks into two alpha particles (helium nuclei, each consisting of two protons and two neutrons), is false.

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The temperature of water in a container was 60 degrees Celsius. Ten minutes later, the water temperature was 35 degrees Celsius. What was the rate of cooling of the water?