*Be sure to read through
all the clues before looking for the boxes so you know what is expected of you*.
**Bring bug spray in the non-winter months!!!!**
Clues:
1.
Park in the parking lot. Start between the oak tree through the roof and
the door to the north of it. (This Bur Oak is one of the largest in Wisconsin.)
Count the number of stars on the American flag: c = _____
Next count the
number of red stripes on the flag: b = _____
Finally, count the number
of __small__ triangles on the door: a = _____
Solve the following equation
for (d). This is the bearing you are to take.
2b + c = d/a
Now find the prefix (not area code) in the telephone number on the door: n=_____
Then count the number of white posts on the front of the building: w= _____
Add the three digits of n together and multiply the result by w: _____
This is the number of paces to take on the (d) bearing.
2.
When you get to this point, you should be lined up with a cupola,
flagpole, and a square light post.
Count the number of square light __posts__ in the lot: k = ______
and the
number of __lights__ on all these light posts: m = ______
Take m and square it. This will be
the number of paces to take south.
(You'll use k later.)
3.
Soon, you will end up at an object, (a very round and heavy object)
Make note of the date z = _____ and year y = ______ on the object.
From there, count the number of rows of __seats__ on one set of bleachers: b=_____
Then use
(k) from above and solve the following equation for (x):
log_{b}x = k
Now walk x paces on a bearing of x.
4.
When you get to
this next point, turn to the west and count the number of blue silos off in the
distance: s = _____ Now solve the following for v:
v = ms^{2} + 8s + z
Walk v paces to the east along the tree line.
5.
On the next object on the north side is a gold serial number, followed by
a black on silver serial number. The last 4
digits are a,b,c,d in the following matrix. Decode the matrix and then, walk to
the next point and you should be ready to play ball!
6. Make note of
the large 2 digit number below the serial number: j = ____
7.
When you get there (or nearby - parallel the spot if being used), FOIL out the following equation. The constant term in the quadratic expression is the number of
paces to take east.
(x + j)(x + s)
8.
When you get to this point, solve the matrix below, using the year on
the object in clue 3 of this box as a,b,c,d to decode the message and to find
where to go next.
9.
Follow the decoded message to the next object. Just in front of it is a mowed
trail. Solve the following problem for k (the constant of variation):
y varies directly as x, and y = 220, and x = π
"K" will be approximately the number of paces to go east on the trail.
10.
When you get to this point on the trail, find the discriminant of the
following equation: y=3x^{2}+7x-10, if the equation has 2 different real roots
take the trail to the left, if the equation has 1 double root take the trail
back the way you came, if the equation has complex roots turn right.
11. Then, walk 72 paces down
that trail, and STOP!! Solve the following for the k - the constant of variation:
y varies inversely as x and y = 80 when x = 4
K is the bearing to take and you should walk y paces.
12.
You will then reach an intersection of trails.
Solve the following
equation for the paces to take on the correct
trail (round to the nearest whole number):
4.75=log_{3}x.
Then add up the solutions in the following quadratic equation to get the
bearing:
x^{2 }+ 46x - 1407 = 0
Note: the actual trail to stay on will go straight, then meander to the right,
then meander to the left. You will stop at a split in the path.
The point where
you end with your paces STOP!! Solve the logarithm for the bearing (x) to take:
6=log_{b}64
The abscissa is the number of paces on that trail. Then take 5 paces towards that many trunks
to an ash tree. On the north side of the tree, you will find the box hidden under
a few rocks and bark. When you are done hide the box well again,
especially so it doesn't fall down the hill! |