Five people (Bill, George, Jesse, Larry, and Marie) with last names Harris, Iverson, Kaufman, Ewing, and Quail, each sold a number of eggs.
Each person was of a different occupation: horse trainer, janitor, coat check person, quack, and nurse.
If each person sold one of the following amounts of eggs, (19, 2, 1, 20, and 4) can you figure out the first name, last name, and how many eggs each person sold?
Bill, Kaufman, the horse trainer, Jesse, and the person who sold 1 eggs all have the same doctor.
Jesse, Ewing and the coat check person play tennis, while Bill and the person who sold 1 eggs prefer golf.
Ewing, nor Jesse, wasn't the person who sold 1 eggs.
The person who sold 4 eggs is not named Iverson.
The person who sold 19 eggs is not named Iverson.
The janitor isn't Marie or Iverson .
The coat check person, the person who sold 4 eggs, and George don't like sushi.
The person who sold 1 eggs,and the coat check person have known each other for years.
The person who sold 19 eggs,and the janitor have known each other for years.
Harris isn't the coat check person.
George and Kaufman once dated the nurse.
George, the person who sold 2 eggs, and the nurse go shopping together on Saturdays.
Jesse isn't Quail
Larry and Kaufman once dated the quack.
The nurse, nor the person who sold 2 eggs, isn't Ewing.
Ewing isn't the janitor.
Jesse and the person who sold 2 eggs each had different dinners last night.
The person who sold 20 eggs is not named Kaufman.
The person who sold 19 eggs,and the horse trainer have known each other for years.
George and the person who sold 20 eggs each had different dinners last night.
The person who sold 19 eggs is not named Quail.
The person who sold 2 eggs is not named Iverson.
Jesse isn't Ewing
The quack, whose first name isn't Bill, wasn't the person who sold 4 eggs.
The horse trainer isn't George or Quail .
The person who sold 1 eggs is not named Ewing.
The person who sold 20 eggs,and the nurse have known each other for years.
The janitor isn't Jesse or the person who sold 4 eggs.
Har
Ive
Kau
Ewi
Qua
hor
jan
coa
qua
nur
19
2
1
20
4
Bil
Geo
Jes
Lar
Mar
19
2
1
20
4
hor
jan
coa
qua
nur
Place a N in any square that is a definite "no" and a Y in any square that is a definite "yes". I give up!