Explain the seven types of functional groups using a table with their chemical name, molecular formula, and major properties

Identify the functional group(s) present in this molecule. Mark all that apply. CH3CECCH2CH2ČOH O alkene alkyne D alcohol Oamine O carboxylic acid

Please answer all

Write the molecular formula for 1-butanol. Enter your answer in form of CxHyOz. Draw the structural formula for 1-butanol. C Draw Your Solution

Complete the table by checking the box next to each nitrogen-containing functional group the molecules contain. Check all that apply. For each checked box, enter the quantity of each selected functional group.

when looking at the name of a molecule the suffix tells you whether there are any double or helpful in answering questions on the subsequent pages. triple bonds in the molecule and the root tells you how many carbon atoms are present. Your instructor will guide you as you fill in the following table. The information in this table will be Note the suffix in each of the following functional groups: Alkanes have only ● • Alkynes have Alkenes have 1 Note the root associated with each of the following number of atoms: # of Carbons Example 2 bonds between carbon atoms. bonds between at least two of the carbon atoms. bonds between at least two of the carbon atoms. Root CH4 H Name this res charge! ~ 3 m ㅋ o bonds Can't be righ-

Identify the functional groups present in the given pair of compounds. Select all that apply. Alkene Alcohol Identify the differences between the two structures. (Select all that apply.) Left structure has two 6-membered rings and two 5-membered rings while right structure has three 6-membered rings and one 5-membered ring. There is an CH2CH3 group in the correct structure not present in the incorrect structure. The long alkane group is located in the wrong position on the 5-membered ring in the incorrect structure.

Where does LDF happen in the molecule propane? draw and show

The complete structural formula is the expanded formula explicitly showing every atom and every bond.