Calculation No. 1: Humiliation Due to Love Formula
A mathematical formula exists stating that the longer you hang out in someone’s presence, the more likely you’ll do something wacky in front of him. The formula states that:
L squared = H X M where –
L = Love
H = Humiliation
M = Months
The grosser the weird actions, the better the “It-Should-Not-Happen-Again-Strategy” works.
Situation No. 1 : Concentrating on verbs and tenses isn’t easy when you’re crush is nearby. While our high school English teacher was giving us English sentences to study on, I was gazing at my crush Adrian. Perhaps, my English teacher must have noticed me, because the next thing I knew, the next sentence on the blackboard was ‘Khareen is always staring at Adrian and she likes him a lot.’ I wanted to die right at that moment! To further this humiliation, I had to read the sentences all over again. Yeah right. I didn’t glance at Adrian that time.
Situation No. 2 : I found out that Adrian , was going in a concert one day, which will be held later at 8 pm. I was wondering if my best friend Jasper would go to, so that I will go with him to have an excuse to see Adrian at the concert. Maybe, I was immersed with the thought of it that when I diverted my concentration back at the verbals and infinitives, I saw that my teacher wrote “I am confused why Khareen is staring at Jasper when in fact she used to do it at Adrian” on the blackboard.
“So Khareen, you want to answer my question?” asked my English teacher.
Oh my goat. This is the end of my existence.
“Um – I forgot the question – mam,”
“So much for forgetting a lot. Adrian, would you like to refresh and answer the question?”
“The question was…” Adrian started.
Thank you. My life is miserable now.
Calculation No. 2: Frequency Distribution
Frequency distribution is nothing more than a distribution of the total number of observations or frequencies over arbitrarily defined classes or categories. Such categories include how a guy looks at you, or the way he looks at you, the sparkle in his eyes and the smile on his lips.
First step, you get the R = the range of the highest time and the lowest tine. Like how many minutes or seconds this situation happened. It can be summarized in this formula:
R = (Ht – Lt) + 1 Where-
R = range
Ht = highest time duration
Lt = lowest time duration
Next, you get the K which is the constant factor, or most commonly known as the ‘kilig’ factor. To obtain the answer, this formula is used:
K = 1 + 3.322 log n Where –
K = kilig factor
Log = logarithms of love
3.322 = constant value of heartbeats
n = total number of moments
The next step, which we may call the interval and the probability of chances that you and the guy will be together, is the third step of the first part. After obtaining the R and the K, you may get the result by this formula: R/K.
Anyway, I forgot how to proceed after this. It must have been somewhere getting the mean or the summation or whatever. It is never easy, you know, especially when you hate Math like I do.
Calculation No. 3: Law of Acceleration (for unreciprocated love only)(note: for high velocities of love, this law is not applied, instead, you may use the Theory of Relativity)
When the resultant or the net love for the person is not equal to zero, your crush accelerates farther away from you. His acceleration is directly proportional to your net love for him and inversely proportional to his mass of affection for you. Your crush will only accelerate or change its velocity only if you boldly let him act upon the net love you have for him.
A = L(net) / m where –
A = acceleration
L(net) = your net love for him
M = mass of his affection (quantity in the form of rivalry or plain friendship)
Prob. 1. Find the acceleration of Adrian for Khareen if his affection for her weighs only 2 rivalries when a net love of 10 acts on it.
Answer: 5 meters/seconds squared
Interpretation: Adrian will step 5 meters away from Khareen every time Khareen moves to Adrian in a second squared.
Horrible results.
Calculation No. 4: Stoichiometry of Love; Quantities in Chemical Reactions
Stoichiometry is an essential tool in chemistry. Such diverse problems as measuring the concentration of love in the atmosphere, determining the potential yield of love at first sight when two persons finally know each other and assessing different processes for converting liquefied hate to gaseous and intoxicating love all used the aspects of stoichiometry.
Problem. The equation for the torrid kiss reaction of a sweet sucrose love with breathable air (oxygen) is:
Sweet love sucrose + 12 oxygen = 12 carbon dioxide + 11 water (in the form of saliva)
Calculate the quantity of carbon dioxide produced in grams per sweet love sucrose used during the torrid kissing.
Answer: 1.54 g of carbon dioxide.
Interpretaton: After kissing, you breathe out this amount.
Calculation No. 5: Molarity of Love
The number of love solute in moles per liter solution of hate.
Using this definition, the principle of molarity helps us to find if there is still love from a person you like very much but treats you so harsh. To find if he/she is hiding love behind his/her hate, this formula is used.
M: love solute in moles/liter hate solution
Prob. Calculate the Molarity of love of Khareen for Adrian made by dissolving 5 grams of glucose (a monosaccharide sugar of love) in sufficient water to form exactly 100 mL solution of hate.
Answer: 0.28 M
Definition No. 1: Collisions
A. Elastic Collision: A collision wherein two persons after colliding will hook up with each other. Love is conserved; Momentum of friendship is conserved.
B. Inelastic Collision: A collision wherein if a person openly told the other one that he/she likes her/him they will not hook up with each other. Love is conserved. Momentum of friendship not conserved.
C. Completely inelastic collision – When a guy sticks to a girl or vice versa, they move in one direction. This is a very complicated situation that’s why the first two collisions are only explained thoroughly during physics class.
Question: What kind of collision exists between Khareen and Adrian?
Answer: That’s none of your business.
Definition No. 2: Fundamental Kinds of Love in Nature
1. Weak love – short-range love
2. Strong love – short-range love; strongest love
3. Electromagnetic love – long-range love; next to strong love.
4. Gravitational love – long-range love; the weakest among the four kinds