The concentration of greenhouse gases in the atmosphere can and does change. Would conditions on Earth be worse if the concentration of gases increased or if it decreased? Use Figure 4-4 to explain your answer.

Answers

Answer 1

Answer:

Answer:

The concentration of green house gases must be appropriate in order to maintain an optimum temperature on the earth.

More the concentration of gases on earth, the temperature would increase because the green house gases more heat in it.

If the overall green house gas will decrease then also the temperature on the earth will not be adequate for living as it will be too cold.

hence, the balance is maintained only when there is a proper concentration of carbon dioxide in atmosphere.

Answer 2

Answer: According to climate scientists the increase in greenhouse gases is negatively impacting the planet and human life by raising the temperature of the planet which is leading to other adverse climate effects. If greenhouse gases were to decrease it could potentially help the situation to elevate some of the pressures currently leading to climate change. However, if greenhouse gases are to increase it will likely have an increasingly negative impact on human life and the homeostasis of the planet.

Related Questions

An original sample of the radioisotope fluorine-21 had a mass of 80.0 milligrams. Only 20.0 milligrams of this original sample remain unchanged after 8.32 seconds. What is the half-life of fluorine-21?(1) 1.04 s (3) 4.16 s(2) 2.08 s (4) 8.32 s
What is the atomic mass of one mole of O?
Which of the following solutions would show the greatest conductivity at 30°C?A. 0.20 M Ca(NO₃)₂ B. 0.25 M HCl C. 0.30 M NaOH D. 0.10 M NaCl E. 0.40 M CH₃OH
What value was there in predicting the properties for gaps in Mendeleev's table?
Which of the following best describes a mixture in which ionic compounds are dissociated in solution? a. ion solution b. aqueous solution c. hydraulic solution d. hydrochloric solution

A is a heterogeneous mixture in which the particles settle to the bottom.

Answers

There are two types of mixture depending on the distribution of the components in the mixture. Homogeneous mixtures are mixtures which has uniform properties all throughout the solution while heterogeneous mixtures are the opposite they do not exhibit uniformity in any property. Example for a homogeneous is a salt solution where at any point you get a sample the properties are the same. For the heterogeneous mixture, a mixture of sand and salt where at any sampling point the properties are not the same.

suspension should be correct

a suspension

the particles are big enough to settle

a colloid

the particles are too small to ever settle

a solution

homogeneous mixture of two or more substances

How are HNO3(aq) and CH3COOH(aq) similar?(1) They are Arrhenius acids and they turn blue litmus red.
(2) They are Arrhenius acids and they turn red litmus blue.
(3) They are Arrhenius bases and they turn blue litmus red.
(4) They are Arrhenius bases and they turn red litmus blue.

Answers

Answer:The correct answer is option (1).

Explanation:

Arrehinius acid are those which gives hydronium ion $H_3O^+$ when dissolved in water.

Arrehinius base are those which gives hydroxide ion $OH^-$ when dissolved in water.

$HNO_3(aq)\rightarrow H^+(aq)+NO_(3)^(-)(aq)$

$CH_3COOH(aq)\rightleftharpoons CH_3COO^-(aq)+H^+(aq)$

Both nitric acid and acetic acid are Arrhenius acids.And they turn the color of blue litmus paper to red color.

Hence, the correct answer is option (1).

Consider three gases: Ar, SF6, and Cl2. If 50.0 grams of these gases are placed in each of three identical containers, which container will have the highest pressure? The volume and temperature of all three containers are the same.

Answers

The ideal gas law:
$pV=nRT \Rightarrow p=(nRT)/(V)$
p - pressure, n - number of moles, R - the gas constant, T - temperature, V - volume

The volume and temperature of all three containers are the same, so the pressure depends on the number of moles. The greater the number of moles, the higher the pressure.
The mass of gases is 50 g.

$Ar \nM \approx 39.948 \ (g)/(mol) \nn=(50 \ g)/(39.948 \ (g)/(mol)) \approx 1.25 \ mol \n \nSF_6 \nM \approx 146.06 \ (g)/(mol) \nn=(50 \ g)/(146.06 \ (g)/(mol)) \approx 0.34 \ mol \n \nCl_2 \nM=70.9 \ (g)/(mol) \nn=(50 \ g)/(70.9 \ (g)/(mol)) \approx 0.71 \ mol$

The greatest number of moles is in the container with Ar, so there is the highest pressure.

In solids, the particles of matter are not in constant motion.True or False?

First to answer and get it correct will get the ''Brainliest Answer''

Answers

true because in a solid particles dont move so it wouldn't be in a constant motion.

this could go either way they vibrate so that would make it false but they always will have a definite shape and volume so that would make it false I am leaning towards true though so I would put true.

What’s wrong with the statement gold is heavier than gold

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Answer: Gold can't be heavier than itself.

Explanation: If you have a cookie and a cookie, you can't tell the difference. If you have a big cookie and a small cookie, than the big cookie will weight more.

The curved top surface of a liquid column

Answers

The curved top of a liquid is the meniscus

Answer:

its a meniscus

hope this works. please mark me brainliest..

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