Falling From A Tree Riddle
Hint:
Inside Every Tree
Hint:
Reindeer Christmas Trees Riddle
Hint:
Blowing In The Trees Riddle
I can be very strong
But other times Im just a breeze
Although you cant see me
You can see me blow about trees
What am I?
But other times Im just a breeze
Although you cant see me
You can see me blow about trees
What am I?
Hint:
Find Me In A Palm Tree Riddle
This is a fruit that contains some water
And can provide milk and oil for cooking
If you ever want to see one growing
On a palm tree's where you should be looking
And can provide milk and oil for cooking
If you ever want to see one growing
On a palm tree's where you should be looking
Hint:
Always Tells The Truth Riddle
Hint:
Apples And Christmas Trees
Hint:
Hanging On The Christmas Tree
Hint:
Top A Christmas Tree
During the festive season
This might top a Christmas tree
Its also used to describe
A famous celebrity
What am I?
This might top a Christmas tree
Its also used to describe
A famous celebrity
What am I?
Hint:
Growing On A Palm Tree
Hint:
I Grow On Trees Riddle
I grow on trees but I'm not a leaf
I'm spherical but I'm not a soccer ball
I provide juice but I'm not an apple
I'm sometimes naval but I'm not a sailor
I'm a color but Im not red
I am?
I'm spherical but I'm not a soccer ball
I provide juice but I'm not an apple
I'm sometimes naval but I'm not a sailor
I'm a color but Im not red
I am?
Hint:
An Apple And A Christmas Tree Riddle
Hint:
Movies About Christmas Trees Riddle
Hint:
Grizzly Bear Christmas Trees
Hint:
Five Rows Of Four Christmas Trees Riddle
"I planted five rows of four Christmas trees each." The man boasted to his boss. The boss looked at him and said, are you saying you planted 20 Christmas trees in one day? No, the man said, I only planted 10 trees. How did he do it?
Hint:
Just imagine a 5 pointed star, and then plant one tree at each point, and one tree where the sides intersect.
There are actually several distinct solutions. All of them can be constructed as follows:
Draw a nice long straight line.
Draw a second straight line that intersects the first.
Draw three more straight lines making sure each line intersects all the lines youve already drawn and avoiding any of the previous points of intersection. That is, no three lines should intersect at the same point.
With the first four lines, theres only one topologically distinct configuration, but by varying the position of the fifth line, several different distinct configurations can be created. Did you answer this riddle correctly?
YES NO
There are actually several distinct solutions. All of them can be constructed as follows:
Draw a nice long straight line.
Draw a second straight line that intersects the first.
Draw three more straight lines making sure each line intersects all the lines youve already drawn and avoiding any of the previous points of intersection. That is, no three lines should intersect at the same point.
With the first four lines, theres only one topologically distinct configuration, but by varying the position of the fifth line, several different distinct configurations can be created. Did you answer this riddle correctly?
YES NO
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