Jason thinks that global climate change is not happening, because a city in northern Florida received snow one day in January. Which statement explains what is wrong with Jason's reasoning. A) Jason has confused the weather for one day with the climate of a region.

B) Northern Florida would need snow for at least a week for this to be true.

C) The climate of northern Florida would be unaffected since it is already warm in Florida.

D) Jason does not realize that Southern Florida would also need to receive snow to make this true.

Answers

Answer 1

Answer:

Final answer:

Jason is mistaken in equating a one-time weather event, such as snow in northern Florida, with climate change. Weather is short-term and local, whereas climate represents long-term regional patterns. An isolated weather occurrence does not contradict the extensive evidence of global climate change.

Explanation:

Jason has confused a singular weather event with the overall climate in his reasoning. The correct statement that explains what is wrong with Jason's reasoning is:

A) Jason has confused the weather for one day with the climate of a region.

Weather refers to short-term atmospheric conditions in a specific area, such as a snowy day in northern Florida. Climate, on the other hand, is the average weather in a region over a long period, typically taken over 30 years. A single instance of snow in a typically warm region does not refute the evidence of global climate change. It's the long-term trends and patterns, not isolated incidents, that indicate climate change. Therefore, the occurrence of snow in northern Florida is simply an irregular weather event and not an indicator of the overall climate or a disproof of global climate change.

Learn more about Weather vs. Climate here:

brainly.com/question/33384928

#SPJ2

Answer 2

Answer:

Answer: C

Explanation:

Related Questions

What is the source of energy for an earthquake? A. heat from the asthenosphere B. the earth's magnetic field C. the building of volcanoes D. motion of tectonic plates
Charcoal and copper are black how do you distinguish
The reaction 4Fe + 3O2 >> 2Fe2O3 is an example of what?
What causes the earth’s magnetic field?A. currents in the earth’s liquid-metal outer core B. the mineral composition of the earth’s crust C. molten material in the mantle D. magnetic particles located at the earth’s poles
Jack is performing an experiment using two compounds, Q and R. He puts compound Q and R in a test tube. The compounds then undergo a chemical reaction to form compounds S and T. Which of the following would be the strongest evidence to show that a chemical reaction has occurred? A. The total mass of compounds S and T is equal to the total mass of compounds Q and R. B. Compounds S and T have different melting points than compounds Q and R. C. Compound S can be physically separated from compound T. D. Compounds Q and R are both part of a mixture.

Why does methane have a low boiling pint?

Answers

Methane is an alkane. Alkanes are composed of a number of carbons (denoted by the prefix on the chemical name, e.g. meth-ane, eth-ane, prop-ane, but-ane...) which are saturated with hydrogen atoms (the largest number of hydrogens possible are bound to them). Methane has one carbon, which is saturated with 4 hydrogen atoms - this means that the chemical formula is CH4 (where the 4 should be subscript, but I can't work it out in this text field).

The boiling point depends on the strength of the intermolecular forces between each molecule - as the length of the molecule increases, so does the force of attraction between them because there are more points to attract together. Methane has a very short chain length of only 1 carbon, so the intermolecular forces are very weak. Because the forces are weak, very little energy is required to overcome them to allow the substance to become gaseous (gas molecules spread out to fill any space, requiring a negligible strength of intermolecular forces).

Consequently the boiling point of methane is so low that it is found in gaseous form almost all of the time on Earth - however Titan, one of the moons of Saturn, has seas of methane on its surface, because it is so cold there that it is possible for methane gas to condense into liquid.

In order to consider the boiling point of a substance, we need to think about the forces holding the molecules together. Because methane (CH4) is a non-polar molecule the molecules are held together only by London Dispersion Forces which are very weak and easy to break. These bonds break when methane boils and because they are weak, it boils at a low temperature.

Answer number 15 to get 20 points

Answers

corundum because it is hard and glassy

Zinc has the chemical symbol Zn and the atomic number 30. How many protons, neutrons, and electrons does an atom of zinc-69 have?A. 30 protons, 39, neutrons, 39 neutrons
B. 39 protons, 30 neutrons, 30 neutrons
C. 39 protons, 30 neutrons, 39 electrons
D. 30 protons, 39, neutrons, 30 electrons

Answers

Answer:

D. 30 protons, 39 neutrons, 30 electrons

Explanation:

The atomic number (Z) is the number of protons (p) in the nucleus. Since

Z = 30, p = 30.

In a neutral atom, the number of electrons (e) equals the number of protons. Since p = 30, e = 30.

The mass number (A) is the number of protons plus the number of neutrons (n).

A = p + n

For an atom of zinc-69,

69 = 30 + n Subtract 30 from each side and transpose

n = 39

Zinc has the chemical symbol Zn and the atomic number 30. D. 30 protons, 39, neutrons, 30 electrons

What is Zinc

Zinc has the chemical symbol Zn, and its atomic number is 30. This means that every atom of zinc contains 30 protons in its nucleus.

An atom of zinc-69 (Zn-69) is one that contains:

- 30 protons (since zinc has an atomic number of 30).

- 39 neutrons (subtract the atomic number from the mass number: 69 - 30 = 39).

- 30 electrons (in a neutral atom, the number of electrons is equal to the number of protons).

So, the correct option is option d 30 protons, 39 neutrons, 30 electrons.

Learn more about Zinc from

brainly.com/question/31013398

#SPJ4

Which element melts at room temperature?

Answers

A melting element at room temperature consist of francium.

~Evie

Francium is an element that melts at room temperature. Francium is a highly reactive element, and only contains one valence electron, which is very ironic in my opinion.

How many stirs do u need to dissolve sugar in water and salt?

Answers

just keep stirring untill it looks clear maybe a little cloudy

Find out the application of all the inert gases prepare a chart

Answers

Inert gases are group 18 elements. They have there valance shell completely filled, hence they donot undergo chemical reactions under normal conditions.

Following are the list of inert gases, along with their application:

Helium:Used as component of breathing gases due to its poor solubility in fluids or lipids. Helium is used in low temperature cryogenics.

Neon: Neon finds widespread applications in daily life such as lights, fog lights, TV cine-scopes, lasers, luminous warnings etc.

Argon: Argon is used in electrical components to provide a protective heat transfer medium for semiconductors. Argon is also capable to fill fluorescent and incandescent light bulbs. It assist in providing blue light.

Krypton: Krypton are usually mixed with a halogen to produce excimer lasers

Xenon: It is possible to generate X-rays from Xe. When Xe mixed with oxygen, it has to capability to enhance the contrast in CT imaging.

Radon: Radon is a radioactive element, which is used for radiotherapy and relief from arthritis.

Noble gases/inert gases are used in various fields including lamp fillers, metal welding or coolers

Further explanation

Noble gas (group 8A in the periodic system the element) is an element that is not reactive (stable)/inert

Its stability is caused by:

1. ns² np⁶ electron configuration (except He: 1s2), electrons in the subshell are already paired, making it difficult to form bonds with other elements