CH3 CH3 33. The compound shown below is the male sex hormone, testosterone. OH CH 3 CH3 In addition to a cycloalkane skeleton, testosterone also contains the following functional groups: A) Alkene, ester, tertiary alcohol B) Alkene, ether, secondary alcohol C) Alkene, ketone, secondary alcohol D) Alkyne, ketone, secondary alcohol E) Alkene, ketone, tertiary alcohol-

In what functional groupings are the structures composed? ▸ B H&CH=CH₂ A) A ketone and an alkyne A) An alcohol and an alkyne B) A ketone and an ether B) An Aldehyde and a alkene A) A ketone and an alkene B) An alcohol and an alkene A) An Aldehyde and a ketone B) A ketone and an alkene CH3-CEC-CH₂OH ◆- Which type of bonding between carbon atoms in organic molecules is NOT typical? X₁ ◆ A functional component called the carbonyl group can be found in a wide range of substances. What's the carbonyl group's basic structure? CH A) -C- 8 C)--0)-C30 e) -4² ◆Which of the following statements about the two compounds is untrue? OH CH₂ - CH₂ - CH₂ Compound A A) Compound B has stronger intermolecular forces than compound A. B) Compound A and compound B are both organic compounds. C) Compound B has a higher boiling point than compound A. D)Compound A is Likely a gas at room temperature and compound B is likely a liquid at room temperature. E) Compound A and compound B are both hydrocarbons ◆ which…

+ Complete the table Molecular Formula Structural Formula Condensed Formula Skeletal Formula Types of Hydrocarbon (Alkane, Alkene, Alkyne) CH;CH;CHCHCH3 CH;CH=CHCH3 CH6 Note: General Formula of Alkane (C,H2n-2), Alkene (C,H2), Alkyne (C,H2n-2). Where n is the number of C atom in the formula. Alkane (C-C), Alkene (C=C) and Alkyne (C=C)

Bb.35.