carbon containing compounds can contain asymmetric l Sprint LTE 7:28 PM Chapter

Question

carbon containing compounds can contain asymmetric l Sprint LTE 7:28 PM Chapter 2 Homework Chapter 2 Homework hapter 2, Question1 Each of the properties that follow is characteristic of the carbon atom. In each property contributes to the role of the carbon atom as the most important atom Part A The carbon atom has a valence of four Select all that apply OCarbon atom forms multiple covalent bonds with sulfur Carbon atom forms multiple covalent bonds with hydrogen. Carbon atom forms multiple covalent bonds with chlorine. Carbon atom forms multiple covalent bonds with other carbon atoms. Carbon atom forms multiple covalent bonds with axygen Submit X Incorrect; One attempt remaining: Try Again Part B The carbon-carbon bond has a bond energy that is above the energy of ph visible range (400-700 nm). This property allows carbon-carbon bonds to accumulate the energy use it for metabolism reactions. Due to the low bond energy, the carbon-carbon bonds can be broken b light. This is an important property for photosynthesis process. Carbon-carbon bond cannot be broken by exposure to visible light. Thi of molecules that contain two or more carbon atoms.

Explanation / Answer

A) thr correct option that is van form multiple bonds with hydrogen..

B) the correct option is this property helps the carbonctitstiresthe energy reqrequi for metabolism..

C) the correct option is it helps in genertiong of biological molecules which inclincl the carbib carbon bonds..

D) the correct option is option (a) is cocorre..

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