A single carbon atom can form a maximum of how many single covalent bonds


Answer 1

A single carbon atom can form a maximum of 4 single covalent bonds.

Why can the carbon atom form this ?

This is because carbon has 4 valence electrons, which are electrons that are available to form bonds with other atoms. Each single covalent bond consists of 2 valence electrons, so a single carbon atom can form a maximum of 4 single covalent bonds.

Carbon atoms can also form double and triple covalent bonds, which consist of 4 and 6 valence electrons, respectively. However, a single carbon atom can only form a maximum of 4 covalent bonds in total.

Find out more on covalent bonds at brainly.com/question/12732708


Answer 2

I think it is carbon atom can form a maximum of 4 single covalent bonds... This is because it has 4 electrons and needs to reach a total of 8, so it can make up to 4 covalent bonds to gain the electrons it needs. I wish it help. Please comment

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A hypothesis does all of the following EXCEPT A) attempt to answer the question

B) be evaluated through experimentation

C) a be refined after evolution

D) acts as a universal principle


 D) acts as a universal principle

It's D because a hypothesis is just an educated guess(sort of) of what you think happens.  A universal principle is the exact opposite of that.

Because a hypothesis is an "Educated Guess" so it obviously cannot be a principal that is used in Science. For Example, I could say my hypothesis on Men and Women is that Women are smarter. This is not necessarily true because I don't have any facts yet. In order to discover the answer, I must A) Attempt to answer and see if this is true, B) Evaluate this by doing experiments, and C) I must change my hypothesis so it is correct. I cannot say this is a "Universal Principle" by stating it.
Hope I helped :-)

How many elements have been found to occur in nature?


Approximately 90 naturally occurring elements have been found in nature.

Elements are the fundamental building blocks of matter, and they cannot be broken down into simpler substances by chemical means. As of my knowledge cutoff in September 2021, there are 118 known elements in total, with 94 of them being naturally occurring or stable elements. Out of these naturally occurring elements, some are relatively abundant in the Earth's crust and are essential for life, while others are rare and occur in trace amounts.

The most abundant elements in the Earth's crust are oxygen, silicon, aluminum, iron, calcium, sodium, potassium, and magnesium. These elements make up the vast majority of the minerals and rocks that form the Earth's surface.

Some elements, like carbon, hydrogen, nitrogen, and oxygen, are essential for life and are the building blocks of organic compounds, such as carbohydrates, proteins, lipids, and nucleic acids. These elements play a crucial role in the biochemistry of all living organisms.

On the other hand, there are elements that are extremely rare and occur in trace amounts, such as gold, platinum, and iridium. These elements have unique properties and are often valued for their scarcity and various industrial applications.

Elements can be found naturally in various forms, including minerals, ores, gases, and dissolved in water bodies. The study of elements and their properties is central to chemistry, physics, geology, and many other scientific disciplines, as it helps us understand the composition of the Earth, the universe, and the chemical processes that govern our world.

To learn more about elements, here



Hi There!

How many elements have been found to occur in nature?

There are 90 elements that occur in nature.

Which habitat is the most diverse


Europe it has the most species of animals
I thibk it would be fall

Which sediment particle from rocks is the smallest


clay or sand but really heading more more towards sand

In 1998, paleoanthropologist Rick Potts published an article in The Yearbook of Physical Anthropology, a peer-reviewed journal. The article was titled “Environmental Hypotheses of Hominin Evolution.” In his paper, Potts claimed that great variations in environmental conditions over time were responsible for the adaptability of humans and the success of our species. Which would most likely be found in his paper? a review of modern human anatomical structure
evidence of changing environmental conditions, with references
the reasons competing hypotheses are wrong
his opinion of what will happen to the survival of the human race


All of the options could reasonably be a part of the paper, and all of them would make the paper better. But one of the options is actually absolutely necessary:  evidence of changing environmental conditions, with references- this is the correct answer.

This is because his argumentation is based on the assumption of "great variations in environmental conditions over time "- so he has to proove that there were those variations.


The most appropriate answer would be "evidence of changing environmental conditions, with references".

As Mr. Potts claimed that great variations in environmental conditions over time were responsible for the adaptability of humans and the success of our species in his paper, he must have mentioned evidence of changing environmental conditions with references.

In addition, he must have shown the effects of changing environmental conditions on the adaptations made by human species due to those changes.