To solve the problem, we determine the
minimum number of candies Sarah must pick to guarantee getting at least one lemon candy and at least one strawberry candy. Here's the reasoning:
[hr]
Lemon-Flavored:- There are 24 strawberry-flavored, 18 lemon-flavored, and 18 orange-flavored candies.
- The worst-case scenario for not picking a lemon candy is that Sarah picks all the non-lemon candies first.
- The total number of non-lemon candies is 24 (strawberry) + 18 (orange) = 42.
Thus, if Sarah picks 42 candies, she could avoid all lemon candies. To guarantee at least one lemon candy, she must pick one more candy, which makes 42+1=43
Minimum candies to ensure at least one lemon-flavored candy: 43.[hr]
Strawberry-Flavored:- Similarly, the worst-case scenario for not picking a strawberry candy is that Sarah picks all the non-strawberry candies first.
- The total number of non-strawberry candies is 18 (lemon) + 18 (orange) = 36.
Thus, if Sarah picks 36 candies, she could avoid all strawberry candies. To guarantee at least one strawberry candy, she must pick one more candy, which makes 36+1=37.
Minimum candies to ensure at least one strawberry-flavored candy: 37.[hr]
Selections:- Lemon flavored: 43
- Strawberry flavored: 37
Bunuel
12 Days of Christmas 2024 - 2025 Competition with $40,000 of Prizes
A candy jar contains 60 candies: 24 identical strawberry flavored, 18 identical lemon flavored, and 18 identical orange flavored. Sarah randomly picks candies from the jar.
Select for
Lemon flavored the minimum number of candies Sarah must pick from the jar to ensure getting at least one lemon flavored candy, and select for
Strawberry flavored the minimum number of candies Sarah must pick from the jar to ensure getting at least one strawberry flavored candy. Make only two selections, one in each column.