An anvil-shaped heard is a feature of a mature thunderstorm : true false

Answers

Answer 1

Answer: True! The anvil is a surefire sign of a mature thunderstorm

Related Questions

Which of the following is not a form of heat transfer?A. radiation B. convection C. conduction D. vaporization
Which of the following is not a polyatomic ion? A) NO3- B) CaCO3C) C2H3O2-D) C6H5COO-
What is presipitation?
A mixture of CH4 and H2O is passed over a nickel catalyst at 1000 K. The emerging gas is collected in a 5.00-L flask and is found to contain 8.62 g of CO, 2.60 g of H2, 43.0 g of CH4, and 48.4 g of H2O.
At room temperature, none of the metals area. soft. b. liquids. c. malleable. d. gases.

Which is NOT a difference between cytochrome C and ubiquinone (U)?A: U accepts e- from NADH, cytochrome C accepts e- from FADH2
B: U carries 2 e- and 2 H+, cytochrome C carries 1 e- and no H+
C: U pumps 2 H+ into IMM from matrix, cytochrome C pumps 1 H+

Answers

The correct Statement is B: U carries 2 e- and 2 H+, cytochrome C carries 1 e- and no H+. It claims that ubiquinone carries 2 electrons and 2 protons, whereas cytochrome C carries 1 electron and no protons, is not a difference between the two but a similarity.

The statement that is NOT a difference between cytochrome C and ubiquinone (U) is Option B: U carries 2 e- and 2 H+, cytochrome C carries 1 e- and no H+. This is because both molecules act as electron carriers, with ubiquinone carrying two electrons and two protons (H+), while cytochrome C can only carry one electron without carrying a proton.

Moreover, in Statement A and Statement C, ubiquinone and cytochrome c play different roles in the electron transport chain, therefore those statements describe actual differences between ubiquinone and cytochrome C.

To know more about Ubiquinone visit:-

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Whats the name of HOCl AND HClO?

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HOCl is Hypochlorous acid or chloranol
HClO is Hydroxidochlorine.../
the most interesting thing is HOCl and HClO are same :)

What is an ion? Please, give an example.

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an atom or molecule with a net electric charge due to the loss or gain of one or two electrons is known as ion .
ions are of two types
1. cations ( positive ion )
2. anion (negative ion )
for e.g Al³+

An Atom is electrically neutral with a charge equal to 0, because it have the same number of protons and electrons.
In ion is an atom who lose or gain electrons. When it lose an electron, the number of protons will be higher than then number of electrons in an normal atom, and will be called positive ion or cation.
Example: The Aluminium lose 3 electrons. So the ion of Al will be $Al^(3+)$ , and its charge is 3+
Ionization equation: $Al -----\ \textgreater \ Al^(3+) + 3^(e-)$
And When an ion gain electrons, the number of electrons will be higher than the number of protons in an normal atom, and will be called negative ion, or Anion..
Example: the Chloride gain 1 electron. So the ion of Cl is $Cl^(1-)$ , and its charge is 1-
Ionization equation: $Cl + 1^(e-) ----\ \textgreater \ Cl^(1-)$

HOPE THIS HELPS :D

In this diagram, medium A represents water and medium B represents air. The phenomenon in this diagram, moving from A to B, is calledA) diffraction.
B) dispersion.
C) refraction.
D) resolution.

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The answer is C) Refraction.
Hope this helps!

Hey there

The correct answer is (C)

= refraction

When May a hypothesis be revised

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Answer: Based on experimental data

Explanation: The hypothesis is not the ultimate proven theory, the more a preliminary assumption on the basis of which further research is carried out with the help of experiments in order to prove the hypothesis as accurate. If the experiments carried out showed that the hypothesis is wrong, it is necessary to revise the hypothesis and set up a new experiment.

a hypothesis may be revised after the experiment that you performed proved it wrong. then after looking over the data you should revise your hypothesis and perform the experiment again.

According to the periodic table, which two elements are in the same row?A. nitrogen and antimony
B. francium and platinum
C. rubidium and zinc
D. barium and mercury

Answers

D. Barium and Mercury

Other Questions

1) This method is a technique used in separating a less-dense substance from a denser one. A. Evaporation. B. Decantation. C. Picking. D. All of the above. 2) What will happen to the less-dense substance of mixtures if you separate them using decantation method? A. Remain the same. B. It will become solid. C. It will evaporate. D. It will float up. 3) In the process of decantation, the mixture is left: A. Behind. B. Undisturbed. C. Removed. D. None of the above. 4) How can the decantation method be useful in everyday life? A. It helps us to become more productive. B. It gives us satisfaction in our everyday living. C. It's just an ordinary technique. D. It helps us to make our everyday living more efficient and easier.

Which best explains why blood is considered to be a suspension?A)It has nutrients that cannot be dissolvedb)It contains particles that can settle out.C)It has nutrients that are dissolved in its liquid portion.D)It contains particles that mix on a molecular level.

Any method of determining whether an event or object is older or younger than others

Given the balanced equation representing a reaction: 2na(s) + cl2(g) → 2nacl(s) + energy if 46 grams of na and 71 grams of cl2 react completely, what is the total mass of nacl produced? 1. 58.5 g 2. 117 g 3. 163 g 4. 234 g