Complete the code to perform a right join of df1 and df2 on the 'key' column.
result = df1.merge(df2, how='[1]', on='key')
The right join keeps all rows from the right DataFrame (df2) and matches rows from the left (df1).
Complete the code to merge df1 and df2 with a right join and suffixes '_left' and '_right' for overlapping columns.
result = df1.merge(df2, how='right', on='key', suffixes=[1])
Using suffixes ('_left', '_right') helps identify columns from each DataFrame after the join.
Fix the error in the code to perform a right join on 'id' column.
result = df1.merge(df2, how='[1]', on='id')
The how parameter must be a lowercase string like 'right'. Variations like 'right join' or uppercase cause errors.
Fill both blanks to create a right join of dfA and dfB on 'user_id' with indicator column.
result = dfA.merge(dfB, how='[1]', on=[2], indicator=True)
Use how='right' to keep all rows from dfB and on='user_id' to join on the correct column.
Fill all three blanks to perform a right join of dfX and dfY on 'order_id' with suffixes and indicator.
result = dfX.merge(dfY, how='[1]', on=[2], suffixes=[3], indicator=True)
Use how='right' for right join, on='order_id' for the join key, and suffixes=('_left', '_right') to distinguish overlapping columns.