Movie Challenge
'The Sixties'
by
HawMorFords
The cache is not at the above coordinates.
To
determine the location of our first Movie Challenge cache, you will
have to first sit back and enjoy a few clips from
HawMorFords' list of favourite movies from the sixties.
(Just click on the thumbnail links).
You'll
then need to do a little research and answer a question for each
movie to gather the information that you will require to calculate
the coordinates of the final hiding spot.
We
have based our Movie Challenge series on the Music Challenge series
by Steve and Family and we are grateful for their permission to
proceed.
We
hope you enjoy the trip back to the sixties via the following clips
and hope we may even inspire you to grab a few of these titles from
your local video store for a closer look.
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Question
1
One of the actors in this film owns a ski
resort. a = the number of letters in the name of that ski
resort. |
 |
Question
2
The lead character in this movie drives a red car.
The year of this car = b |
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Question
3
The character is cut short here... he was about to
say that "it was a sin to. . . . . . . . . "
c = the number of letters to finish the sentence. |
 |
Question
4
Several scenes of this film were parodied in an
episode of Seinfeld.
d = the Seinfeld episode number. |
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Question
5
The
lead actor of this film was born on
e/f/g.
(format dd/mm/yyyy) |
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Question
6
h =
the Director's age (years) on date of this movie's release in the
United States. |
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Question
7
i =
the projected number of escapees.
j = the number of actual escapees.
k = number of escapees who made it out of the
country. |
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Question
8
The
number of eggs that the star of this movie boasted he could eat =
l. |
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Question
9
m =
The number of words in this film's alternate
title. |
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Question
10
n =
the amount of money (not gold) the villain in this movie stole from
the dead body of a man he shot in a bar room
confrontation. |
Checksum :
a+b+c+d+e+f+g+h+i+j+k+l+m+n=4602
The
cache is located at:
South:
(b-g)*((h*(i+h+c)+(i-n+j))*(c-a))
East: d*((a*n+m+e)*(l+f+j+k)+l)
