How can part of anything, let alone a bird, swim in the ocean, but not get wet at all?! Sounds impossible, and complicated. Do you know the answer? We will explain it all inside!
What items respond to different types of light. What same items might grow into different sizes when it does respond. Do you want to understand what the answer is and why? If so, read on.
Many riddles from our Riddle App tend to be misleading and mis direct you when asking their questions. Each one has an answer Eyezak is looking for. This one is no different. Explore what the answer to this riddle is, inside.
Our Riddle Robot Eyzak, the Puzzle Master, knows that some riddles are easier to solve than others. This one is not particularly hard, but may have multiple possible answers. Eyezak has chosen one of the many answers to be the solution to his riddle. Do you know which? Read on.
Walls are pretty solid. In almost every scenario, you cannot see through a solid wall, unless it is made of a transparent material. If it is solid, can you think of an invention that might allow you to see through a wall? Maybe you know, maybe you do not know. Either way, check inside for the answer!
Do you know how something can have rain fall on it, but not get wet? Doesn’t it make sense that rain falling on anything would make it wet? What is wet anyways? What is rain? is there anything that this could be true for? Find out by reading further about this riddle.
Eyezak the Riddle Robot knows that it is easy to get into plenty of things. Do you know something that is also hard to get out of? If you think you know, see if you are right? If not, we will explain what the answer is, and why that is correct. We will also debunk several other possible answers. Read on!
This riddle is a bit sneaky. First it gets you thinking about containers with holes. Then it asks you which of those containers can still hold water with holes in it! Do you know the answer?! Read on to understand the actual answer, and how we got there!
Can you think of something that goes up and down without moving? How is it possible that something can go up or down but stay stationary? Read more inside about this riddle and find out what the answer is and how to get there so you can beat Eyezak!
Can you answer this Riddle? Do you wonder what the answer is, or why that is the answer? Do you want to learn one approach to solving these types of riddles? Read on and find out some or all of these answers!