Solve the following problems. Show your complete solution (fromas) 1. A food chain sells value meals of 6-8. License plates consists of three letters hamburgers with a choice of the followed by three numbers, how many following items: soft drinks, French different license plates are possible if there fries, or sundae. Draw a three diagram is no repetition and to find all possible selections a 6) the three digit number must be customer can make. even? 2. A coin is tossed. If it comes up head, a die is rolled. If it comes up tail it tossed 7) the three-digit number must be greater than 5007 again. Find all the possible outcomes, 3. If three coins are tossed, in how many 8) the first digit in the three-digit number cannot be 07 ways can they land? 4. If two dice are rolled, how many possible outcomes are there? 9. There are eight routes from city A to city 8 and 12 routes from city B to city C. How many different routes are 5. How many different 5-digit numbers possible from city A to city C? can be formed from the digits 1, 2, 3,4. 5, 6, 7,8, 97ALDERSGATE COLLEGE MATIC AD NAME DATE SECTION SCORE: /45 ACTIVITY 4.1 Tree Diagram and the Fundamental Principle of Counting Solve the following problems. Show your complete solution (pagan) 1. A food chain sells value meals of 6-B. License plates consists of three letters hamburgers with a choice of the followed by three numbers, how many following items: soft drinks, French different license plates are possible if there fries, or sundae. Draw a three diagram Is no repetition and to find all possible selections a customer can make. 6) the three digit number must be even? 2. A coin is tossed. If it comes up head, a die is rolled. If it comes up tail, it tossed 7) the three-digit number must be greater than 500? again. Find all the possible outcomes, 3. If three coins are tossed, in how many 8) the first digit in the three-digit number cannot be 07 ways can they land? 4. If two dice are rolled, how many possible outcomes are there? 9. There are eight routes from city A to city 8 and 12 routes from city B to city C. How many different routes are possible from city A to city C? 5. How many different 5-digit numbers can be formed from the digits 1, 2, 3, 4, 5, 6, 7, 8, 97