Which of the following assertions is more accurate in describing the carbon atoms that are found in a bird that eats seeds? In the end, the carbon atoms originated through the incorporation of carbon dioxide into sugars through the process of photosynthesis.
- 1 Where did the carbon atoms ultimately come from?
- 2 How can organic molecules with only hydrogens and five carbon atoms have structures?
- 3 What are the other features of Quizlet?
- 4 What is in a carbon atom?
- 5 How do carbon atoms from organic compounds?
- 6 Which of the following statements best describe organic compounds?
- 7 What makes carbon such a unique element?
- 8 Why is a carbon atom?
- 9 How are carbon atoms formed?
- 10 Why is carbon an organic compound?
- 11 What type of bonds do carbon atoms form?
- 12 How do carbon atoms form many bonds with other atoms?
- 13 Which of the following characteristics best describe inorganic compound?
- 14 Which of the following best describes inorganic compounds?
- 15 What are the characteristic of organic compound?
- 16 What makes carbon such a unique element quizlet?
- 17 Which of the following statements are correct for carbon compounds?
- 18 What is the unique property of carbon atom Brainly?
Where did the carbon atoms ultimately come from?
E) In the end, the carbon atoms originated from simple organic molecules, which were produced abiotically by combining inorganic carbon, hydrogen, oxygen, and nitrogen atoms. Answer: D
How can organic molecules with only hydrogens and five carbon atoms have structures?
It is possible for organic molecules to have diverse structures in all of the following methods, with the exception of method A) via branching of the carbon skeleton.These molecules only include hydrogens and five carbon atoms.B) by adjusting the number of double bonds that are present between the carbon atoms in the compound.C) by moving the double bonds that are between the carbon atoms in different positions.D) by putting together a ring
What are the other features of Quizlet?
Other Characteristics of Social Science Quizlet Live Quizlet Learn Explanations Flashcards Help with Mobile Quizlet Plus Help with Quizlet Plus for Teachers Sign up Help Center Community Standards Based on the Honor Code Regarding the Company of Teachers
What is in a carbon atom?
Atoms of carbon are made up of a nucleus that consists of neutrons and six protons, with six electrons surrounding the nucleus.According to the rules of quantum mechanics, only the first two electrons are allowed to occupy the innermost atomic orbital.The wavefunctions of the other four electrons only allow them to partially fill the second standard orbital and the three second primary orbitals.
How do carbon atoms from organic compounds?
The Structural and Covalent Characteristics of Organic Compounds In stable organic molecules like ethane, ethene (ethylene), and ethyne, a single carbon atom is responsible for the formation of four different bonds (acetylene). In ethane, a single carbon atom is responsible for the formation of four single bonds: one to each of three hydrogen atoms and one to the carbon atom next door.
Which of the following statements best describe organic compounds?
Which of the following assertions has the MOST accurate description of an organic compound? Compounds that are considered to be organic are those that exclusively contain carbon and oxygen.
What makes carbon such a unique element?
Carbon atoms are exceptional in that they are capable of covalently bonding with one another to produce extremely lengthy and long-lasting chains.These chains can include branches or rings of varying widths and frequently comprise thousands of carbon atoms.Silicon and a few other elements are capable of forming comparable chains, although these chains are often considerably shorter and far less durable than the ones formed by other elements.
Why is a carbon atom?
Because each carbon atom can form four chemical bonds to other atoms and because the carbon atom is just the right, small size to fit in comfortably as parts of very large molecules, carbon is the only element that is capable of forming such a wide variety of compounds. Carbon is the only element that can form such a wide variety of compounds.
How are carbon atoms formed?
The center of a red giant undergoes increasing levels of compression until, at long last, the resulting forces are powerful enough to initiate the process of fusing helium nuclei, sometimes known as ″alpha particles,″ to create bigger atoms such as carbon.
Why is carbon an organic compound?
There are millions of organic compounds that are known, which is a significant increase above the amount of inorganic compounds. The distinctive nature of carbon’s structure as well as its capacity for chemical bonding is the explanation behind this. Because it possesses four valence electrons, carbon can form four distinct covalent bonds when it is combined with other elements.
What type of bonds do carbon atoms form?
Carbon Forms Covalent Bonds A covalent bond is the most frequent sort of bond that carbon can make with other elements. Carbon, in nearly all instances, collaborates with other atoms in the sharing of electrons (usual valence of 4). Carbon generally forms chemical bonds with other elements that have an electronegativity that is comparable to its own.
How do carbon atoms form many bonds with other atoms?
Carbon atoms have the ability to form bonds with up to four other atoms, making them analogous to the four-hole wheel, whereas oxygen atoms can form bonds with a maximum of just two other atoms, making them analogous to the two-hole wheel. The quantity of electrons that carbon possesses and the arrangement of those electrons are what allow it to create bonds with four other atoms.
Which of the following characteristics best describe inorganic compound?
An absence of a carbon-to-hydrogen connection, often known as a C-H bond, is one of the characteristics that distinguishes an inorganic chemical from its organic counterpart. In addition, inorganic compounds often take the form of minerals or compounds with a geological basis and do not include any carbon-to-hydrogen linkages.
Which of the following best describes inorganic compounds?
A material is considered to be an inorganic compound if it does not include the elements carbon and hydrogen in equal amounts.There are a great many inorganic compounds that do include hydrogen atoms, such as water (H2O) and the hydrochloric acid (HCl) that is created by your stomach.Some organic molecules do not contain hydrogen atoms.In contrast, only a small number of inorganic substances have carbon atoms inside their structures.
What are the characteristic of organic compound?
The following is a list of the general features of organic compounds: Organic substances are characterized by their intricate structures and relatively high molecular weights. The majority of them are insoluble in water, although they are soluble in organic solvents. primarily comprised of only three primary constituents: carbon, hydrogen, and nitrogen.
What makes carbon such a unique element quizlet?
Carbon is a special element due to the fact that its atom possesses four electrons that are not coupled up in its highest energy level. Carbon is an element that may form strong connections with other atoms due to the fact that its outermost electron shell contains four electrons.
Which of the following statements are correct for carbon compounds?
Because it is extremely difficult for carbon to acquire or donate four electrons, the only type of bond that carbon can make is a covalent one.Due to the fact that they are all covalent compounds, they make terrible electrical conductors.The covalent link is not as strong as the ionic bond, hence the forces they exert are not as powerful.As a result, the response that should be chosen is option D.
What is the unique property of carbon atom Brainly?
The ability of the carbon atom to join with itself atom by atom to create lengthy chains is the characteristic that sets it apart from all other atoms. This self-combining characteristic is beneficial to humans since it allows for the formation of a very vast variety of carbon compounds (or organic compounds).