The Particulars of Real World Math
Was Algebra class useful for you in the Real World? Just thought I’d ask. I’m taking a course in a new kind of
mathematics now. No, it’s not an online
course. It’s more of, well; let’s say an
“in-home tutorial.” Remember when New
Math came out? I remember the phrase but
I don’t know the difference between Old Math and New Math. It’s a detail.
The course I am taking is called “Dog Math.” It is closely related to “After-Math.”
The course I am taking is called “Dog Math.” It is closely related to “After-Math.”
The principles of Dog Math are all lived in real-world
time. You can use them daily. See if you recognize these.
Paper Towels. The number of paper towels needed for
cleaning up a spill on the floor is always multiplied by two. And then you add yelling. And you then subtract a dog running away with
one of the paper towels (which is why you needed two, so that you wouldn’t be
left with zero). It looks like
this: (Px2)+Y-DRA=0+1
Quantity of Socks in
Drawer. How many socks actually in
the drawer, minus 10% for the ones that are mate-less because some are on the
back lawn or under a bush or snowbank, divided by two = number of pairs. It looks like this: (SID-.10)/2 = pairs.
Dog Fur. In order to calculate the number of years that
dog fur remains in a home after the particular dog is located Elsewhere (dog
heaven for most ….) calculate the number of years the dog lived in the home,
multiply by number of any dogs still living there. Then take that figure and multiply it by the
number of brooms, vacuum cleaners and dust –busters you have had during the dog
years. Multiply that final figure by
100. You should end with a number that
is higher than one thousand five hundred.
Divide that number by twelve months and you will feel better. But it is still pretty high. DF=(DLx#ODs)xBVCDB’sx100= FUR Years/12
months.
Thunder Storm Watch. To calculate how many dogs it takes to sleep
through a thunder storm I recommend this formula: Begin with you in your bed or on the couch +
One dog curled behind your knee + One
dog draped horizontally over your torso + One dog on your head. (Take the number of dogs available and make
sure they are utilized to their own comfort level.) Now multiply this figure by zero. Because no one really falls asleep during a thunderstorm, with or without full dog
coverage.

The Bone of Contention
Theorem. The number of special-purchase
bones available for dogs in the house can be calculated this way: Purchase same number of Elk bones as you have
dogs in the house. Minus that figure by
quantity of dogs minus one. That is how
many bones will be visible and available, causing dog riots at any given time
in the house. It looks like this: #B – (#D-1) = number of available bones. This figure should always calculate to: one.
Insanity Formula. This formula is tricky in that it involves
time which is impacted by Quantity.
There are many corollaries. It is
always calculated by dogs to ensure Insanity of People is the final
outcome. Apparently, we are more
pleasant when we are drooling like the dogs.
Basic formula: #Dogs > #people
in household. Children also use this
principle: #Kids > #parents in
household. The Boomerang corollary for
dogs: #dogs at home - # puppies sold to
new homes + one puppy that boomerang back to the home. The Boomerang corollary for kids: #adults at home - # of kids launched into
adult life + the kid that returns. The
Commotion corollary for dogs: #dogs at
home x N (noise) x RA (Rambunctious Activity) = WN4O (Wine Night for Owner).
Forgiveness Principle. How many times a true Dog Lover will forgive
their dog. This is an ancient biblical
formula that we find so much easier to apply to dogs than people: 70x7.
Even if it is daily, the Person is only happy to do it.
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