A Lucrece Knife Riddle
"I may command where I adore;
But silence, like a Lucrece knife,
With bloodless stroke my heart doth gore:
M, O, A, I, doth sway my life."
This riddle is dropped in the way of whom, as part of a trap?
But silence, like a Lucrece knife,
With bloodless stroke my heart doth gore:
M, O, A, I, doth sway my life."
This riddle is dropped in the way of whom, as part of a trap?
Hint:
The Twelfth Night Riddle
Hint:
A Suitor To Portia Riddle
The casket scene in "The Merchant of Venice" contains several riddles. Which of these nobles was NOT a suitor to Portia? This odd-man-out noble might easily be confused with the contender who chose 'Who chooseth me shall gain what many men desire.'
Hint:
Adriano De Armado's Servant Riddle
Moth, Adriano de Armado's servant in "Loves Labours Lost", riddles with his foolish master. He will carry the message:
"ADRIANO DE ARMADO: The way is but short: away!
MOTH: As swift as ____, sir."
What is missing?
"ADRIANO DE ARMADO: The way is but short: away!
MOTH: As swift as ____, sir."
What is missing?
Hint:
Motorbike Angels Riddle
Hint:
Don't Be Tardy Riddle
My dewy voice and sappy smile
Will lure you to my tower,
But do not tardy, for you can't be late,
And the walk is half an hour.
Who am I?
Will lure you to my tower,
But do not tardy, for you can't be late,
And the walk is half an hour.
Who am I?
Hint:
Harry Potter's Rash Riddle
Hint:
Rebus Riddle
Hint:
Which Did They See Riddle
There were 2 children, the son and the daughter. The daughter was born on January 20th and the son was born on March 12th. Both of them were born in the morning. Which one did their parents see first?
Hint:
I Run Fast Riddle
I am a type of animal
Some say that I have a long face
Im very good at running fast
So people ride me in a race
Some say that I have a long face
Im very good at running fast
So people ride me in a race
Hint:
Given Each Night Riddle
Hint:
Drowning Fish Riddle
Hint:
Rope Burn Riddle
You have two ropes. Each rope takes one hour to burn. These ropes are not identical, nor are they uniform; i.e. it does not necessarily take half an hour for half the rope to burn (if you have trouble visualizing this, imagine a rope of varying thickness across its length). With only these two ropes and a way to light them, how do you measure out 45 minutes?
Hint: You can light multiple ends and/or multiple ropes at the exact same time.
Light both ends of one rope, and only one end of the other rope. This will cause the first rope to burn out in 30 minutes. When the first rope burns out, there will be 30 minutes left on the second rope. So then, light the other end of the second rope, and the rest of it will burn out in 15 minutes. 30 + 15 = 45 minutes. Did you answer this riddle correctly?
YES NO
YES NO
100 Floors Riddle
There was a building with 100 floors. A short man lived on the very top floor, the 100th floor. On sunny days, he would ride the elevator up to the 70th floor, then climb the stairs up the rest of the way. On rainy days, he would ride the elevator straight to his apartment, the 100th floor. Why?
Hint:
He is short, so he can't reach the 100th floor button. On rainy days, he can use his umbrella to poke the button. Did you answer this riddle correctly?
YES NO
YES NO
Prince Age Riddle
A princess is as old as the prince will be when the princess is twice the age that the prince was when the princess's age was half the sum of their present ages.
What are their ages?
What are their ages?
Hint:
Current Future Past
Princess x 2z (x+y)/2
Prince y x z
I then created three equations, since the difference in their age will always be the same.
d = the difference in ages
x y = d
2z x = d
x/2 + y/2 z = d
I then created a matrix and solved it using row reduction.
x y z
1 -1 0 d
-1 0 2 d
.5 .5 -1 d
It reduced to:
x y z
1 0 0 4d
0 1 0 3d
0 0 1 5d/2
This means that you can pick any difference you want (an even one presumably because you want integer ages).
Princess age: 4d
Prince age: 3d
Ages that work
Princess:
4
8
16
24
32
40
48
56
64
72
80
Prince:
3
6
12
18
24
30
36
42
48
54
60 Did you answer this riddle correctly?
YES NO
Princess x 2z (x+y)/2
Prince y x z
I then created three equations, since the difference in their age will always be the same.
d = the difference in ages
x y = d
2z x = d
x/2 + y/2 z = d
I then created a matrix and solved it using row reduction.
x y z
1 -1 0 d
-1 0 2 d
.5 .5 -1 d
It reduced to:
x y z
1 0 0 4d
0 1 0 3d
0 0 1 5d/2
This means that you can pick any difference you want (an even one presumably because you want integer ages).
Princess age: 4d
Prince age: 3d
Ages that work
Princess:
4
8
16
24
32
40
48
56
64
72
80
Prince:
3
6
12
18
24
30
36
42
48
54
60 Did you answer this riddle correctly?
YES NO
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