It is always hard to define the relationship between two people in a simple word like friendship, love, affection and enemy or to predict the outcome, like marriage.
The above tool tries to find the answer to questions likes "what is our relationship?" or to give you a sense of what is going on between you and another person. You are only asked to enter the two names between which you want to calculate the relationship.
The flames calculator is based on quite a simple algorithm in which FLAMES stands for:
The FLAMES test is actually a compatibility analysisthat reveals to what extent the relationship between two persons can go, defining that into 6 simple words.
You can use it as a love meter to see whether you and your crush have any chance to get serious or simply to see what future holds between you and the person you just met. This is just another fun name game that most pre-teens and teens have tried.
You can also play the flames game on paper by writing the two names for which you want the relationship reading. Then you need to eliminate the letters that are common to both words, no matter how many times they appear.
The next step is to count the letters that remained. Then you use the number you obtained to count the letters from the word Flames. If the number is greater than 6 you continue counting from the letter F once again. The letter on which the number lands on reveals the relationship between the two persons.
Example of a result
The common letters: E, L, A,
The count for the remaining letters: 9
The relationship will result in Affection.
How Flames calculator works
FLAMES stance for
F - Friendship
L - Love
A - Affection
M - Marriage
E - Enemy
S - Sister (Sibling)
Your name: asd
Your Partner name: abcd
1. Get the flames count
Take the two names (asd and abcd)
Remove the common characters (two common characters a, d)
Get the count of the characters that are left (Removed a,d and the rest are s,b,c. So total 3.)
2. Get the flames result
We take FLAMES letters ('F', 'L', 'A', 'M', 'E', 'S')
And start removing letters using the flames count we got.
And the letter which last the process is the result.
In our example we got flames count = 3. So first we takes FLAMES.
Then we start count from left up to flames count 3. Then remove the letter which is in the position 3. In this case it is A. So the letters become:
Then we start count again from the letter which is removed ie, from M. So the next character to remove is S. So our letters become:
After next step:
So the result is 'Friend' as letter F meant for Frienship in FLAMES game.
The Analog clock: At first, it’s best to focus on ensuring the child understands the significance of each hand: When we start playing with the clock, first of all, we teach the hours, before we start moving the minute hand five minutes at a time: 5, 10, 15, 20, 25, 30, 35, 40, 45, 50, 55. Once they’ve played with the clock for a while, and understand what each hand indicates, we can teach them quarters; a quarter of an hour, half an hour, and three-quarters of an hour. At the same time, we can show them the time on a digital clock, which helps simplify the exercise since the exact minutes are shown in number form. Since the numbers on an analog clock only go up to 12 and a day consists of 24 hours, when we read the time in analog we need to add “am” or “pm” to indicate the correct time.
In below Steps you can learn how to convert numbers to roman numbers. Why is 1,234,567 written in Roman Numerals as MCCXXXIV DLXVII? Roman Numerals are an ancient way of writing numbers that originated in ancient Rome. Here are the main symbols that are used: Basic Roman Numeral Symbols 1 5 10 50 100 500 1,000 I V X L C D M Basic Combinations 1 2 3 4 5 6 7 8 9 I II III IV V VI VII VIII IX 10 20 30 40 50 60 70 80 90 X XX XXX XL L LX LXX LXXX XC 100 200 300 400 500 600 700 800 900 C CC CCC CD D DC DCC DCCC CM Large Numbers For numbers over 1,000, you put a dash over the top of the Roman Numeral to indicate multiplied by 1,000. 5,000 10,000 50,000 100,000 500,000 1,000,000 V X L C D M How is 1,234,567 converted to Roman Numerals? To convert 1,234,567 to Roman Numerals we need to split it up into place values (ones, tens, hundreds, etc.), like this: Place Value Number Roman Numeral Millions 1,000,000 M Hundred Thousands 200,000 CC Ten Thousands 30,000 XXX Thousands 4,000 IV Hundreds 500