Success formula for betting with RV

m(Wd - 100) = net (net profit or loss in money from the total of 100 games)

Here is a mathematical equation I have come up with which will tell you how to see if you can be successful with using remote viewing with ARV-type protocols to place bets to win money. Don't leave it to luck! Here is how you can calculate to see what your chances are at actually winning money.

Disclaimer: This mathematical formula seems to be accurate and seems to work when I test it with numbers - but test it for yourself before trusting it blindly! Reservations in case my formula might be wrong or if it still would not work in your favor, use this mathematical equation at your own risk, and be careful with your money!! So if the equation fails blame yourself, don't blame me.

- What is a variable? What is a unit?

A variable is a quantity of something which can change. When we write mathematical equations, the variables are the things we don't know and whose values can vary. Variables let us put our own numbers into equations so that we can calculate our own results.

Variables have units. If a variable is "weight", then it could have the unit of "pounds" or it could have the unit of "kilograms". If a variable is "time" then it could have the unit of "seconds", "minutes", "days", "years", or anything else.

1. Your expected ARV performance

If you have tried remote viewing and you have used the Associative Remote Viewing ARV protocol, you can obtain a measure of your expected performance on ARV. For our purposes here, each ARV session is a binary option with two possible choices in each. As you probably already know, in an ARV session, you remote view a target and create a report, and your report is matched either by yourself (self-matching) or by one judge or several judges (judge-matching) to one out of two possible target options. Later, a target selection process finds out which of the two options was the target, and you can be shown that picture as feedback, which makes that picture the target retroactively. ARV can be used to predict the winner in a sports game, because if your report is matched to picture 1 and not picture 2, a bet can be placed on player one in a sports game, and later after the sports game is finished, the picture corresponding to the winner of the game is shown to you, and you would be tasked to remote view the picture of the winner. It is a time loop thing.

This is not a page to teach you how to do ARV sessions, but how to mathematically calculate your chances of actually earning some money on ARV betting.

The first variable of our equation is for you to find out how good you actually do with ARV sessions. If you do ten ARV sessions, how many of those were matched correctly to the winner picture, also called "the intended target"? If you did 10 ARV sessions over a period of time, and 7 of those sessions were matched to the correct intended target, then your ARV expected performance is 7 out of 10 which is 7 divided by 10 multiplied by 100 which is 70%. The ARV expected performance is given in the unit of percentage.

If you did 20 ARV sessions and 13 of those were correct, then it is 13 divided by 20 times 100 which is 65%. The more sessions you have as your total, the more reliable your ARV expected performance should be. If you see that you are getting better over time, then it is ok to disregard your earlier sessions and only put your most recent sessions into a total.

ARV expected performance is given the variable W for "win". Since it is a percentage, this number says how many ARV sessions are you expected to win when you do 100 sessions. I think it is good to keep it as a percentage, even if you are not going to be doing 100 sessions in any convenient time period, because we can divide the results later for a smaller number of sessions.

The more honest and humble you are about your "W", the safer you will be with betting with ARV. If you exaggerate or are over-confident and give yourself a bigger "W" than you really deserve, then you are putting yourself at risk of losing money on ARV betting.

"L" is the variable which is in percent units and says how many ARV sessions are you expected to fail out of 100 sessions. If you win 60 sessions out of 100, then you lose the remaining 40 sessions of that 100. Here are the equations for this part, rearranged with some algebra,

W + L = 100
W = 100 - L
L = 100 - W

The reason we use the number 100 in these equations is because we are using percentage values, and percent is always with reference to 100 as the maximum. 100% means "everything", 0% means "nothing", so 50% means "half", numbers more than 50% are more than half, numbers less than 50% are less than half.

You don't have to do 100 ARV sessions to calculate your "W" or "L"! Even if you did just 23 sessions in total, and you were correctly matched in 15 of those sessions, just do 15 divided by 23 times 100 which is 65%.

2. How much money do we bet for each game?

The next variable we are going to use we will call "m" which stands for "money". This is how much money you would bet into each sports game. One ARV session is done for each sports game. The unit for "m" depends on your own currency, it could be dollars or any other currency.

3. Odds

The next variable is odds. When you go to place a money bet on a sports game, the game is shown with odds numbers. These ARV bets are used on sports games which have two players or two teams, because we use ARV sessions which have two different possible outcomes, 1 and 2. The odds numbers are given to you at the place where you place the bet.

When the odds number is very small close to 1, then it means that most people think that this player or team is going to win the game. When the odds number is larger, it means that most people do not expect this player to win the game. When you place a bet and you lose the bet because the person you picked as your predicted winner lost the game, you lose your entire bet and all the money you placed is lost from you. And when you win a bet it means you get money back in an amount that depends on the odds that the winning player had. If the winner had odds of for example 1,50 and you win, then you get money which is the money you put in multiplied by the odds. If you placed $10 and the odds were 1,50 then you get 10 times 1,50 which is $15. But you did not earn $15! Because $10 of that was your own original money that you placed in. So your actual earnings is $15 minus $10 which is $5, so for this game you earned your original $10 back plus a winnings of $5. And if you lose a bet you lose everything you put into that bet.

The variable we will use is "d" for odds. It is the odds number for the player or team you are placing a money bet on. When we multiply your "m" (money placed on bet) with "d" (odds), we get the total amount of money you get back, but this is your original money plus your winnings.

"D" is another variable but this one calculates for you the money you actually won. It subtracts out the money you placed into the bet, and "D" tells you the extra money you will win if you win the bet. So we subtract 1 from the odds to get the amount you would win.

Below, the dot · represents multiplication.

"d" - the odds
d · m = the money you get when you win a bet, this is your original bet plus winnings
"D" = "d" - 1
D · m = the winnings only, the pure profit, the original bet you put in is subtracted from here, this number tells you how much extra money you won out of it

How to use odds! Here is my recommendation for how to use odds! When ordinary people place bets, the odds are important to them. When odds are a small number, they feel more certain to win the bet, and when odds is a larger number they feel less certain to win the bet. But the beauty of RV and ARV is that the odds have nothing to do with our success in placing a bet! We will use the same one number for odds throughout all bets and calculations. If you choose to use the number for example 1,50 for odds, then all the games that you will bet on will have the odds of 1,50 OR HIGHER! Because we use that number, for example 1,50 or any other odds, for the calculations here, but when you place a bet and the odds is higher than that number then it is only a bonus because it means you will win more when you win! (Confusing? Ask me to explain it to you it makes sense and is brilliant for ARV betting.)

4. Net profit or loss

Now let's put all together. For this equation, so far, we are pretending that you will be doing a total of 100 individual bets, later we will adjust that for any smaller numbers. We are now ready to calculate how much money you would be expected to win, or be expected to lose, with your numbers.

The net profit or loss is simply the total wins minus the total losses.
If we still pretend that you will do 100 bets, then you will win "W" of those bets. If your "W" was for example 32%, then you would expect to win 32 of those 100 bets. And you would expect to lose "L" of those 100 bets.

The total money earned when you win "W" bets of the 100 bets, is your expected ARV success rate W, multiplied by the amount of money you put into each of the 100 bets, multiplied by the net profit D odds value,

+ (W · m · D)

The total money lost when you lose "L" bets of the 100 bets, is your expected ARV loss rate L multiplied by the money m you put into each game,

- (L · m)

Now we put those two together for the net profit or net loss:

+ (W · m · D) - (L · m) = net

The reason why "D" appears only on the first part is because how much money you earn depends on the odds because the odds multiplies (increases) the amount of money you placed into the bet. And D is not on the second part because when you lose a bet, you lose the entire "m" that you put into the bet and it does not matter then what the odds were, you simply lose the bet and no less or no more than that amount.

So this last equation tells you, if you do 100 individual bets, depending on your expected ARV performance, the amount of money you put into each of the 100 bets, and the odds, how much money you win or lose in total at the end of the 100 bets.

5. Algebra, let's get a prettier equation!

So we have the equation so far,

+ (W · m · D) - (L · m) = net

Now here is some algebra to rearrange the equation into a prettier and more useful form. The steps of the rearrangement of this equation are shown below. (W · m · D is the same as WmD, when variables are written next to each other, multiplication of them together is implied.)

WmD - Lm = net

m(WD - L) = net

We want to make the equation easier so we can remove "L" from there by using this relation,

W + L = 100
L = 100 - W

m(WD - L) = net
m(WD - [100-W]) = net
m(WD - 100 + W) = net
m(WD + W - 100) = net
m(W[D + 1] - 100) = net

But remember that,

D = d - 1

So we get,

m(W[D + 1] - 100) = net
m(W[d] - 100) = net
m(Wd - 100) = net

5. Finished equation!

And that is our finished version of the equation!

m(Wd - 100) = net (net profit or loss in money from the total of 100 games)

Here is how to understand and how to use the equation. If for now, we pretend that you will do 100 individual bets (which also means 100 individual ARV sessions),

"m" is the amount of money you place into EACH of ALL of the 100 bets, same amount of money for all bets! Units in your chosen currency.

"W" is your expected ARV accuracy rate which you got from keeping track of how well you actually do on previous ARV sessions. Units in percent.

"d" is the actual minimum odds for ALL GAMES! This is the actual odds number given for a player or team that you will place the bet on, the odds for ALL 100 games has to be this same odds value OR HIGHER but not lower!

"net" is the total profit or total loss after 100 individual games, in units of your currency!

Let's do an example. If my expected ARV accuracy is to get 64% of ARV sessions correctly, and I bet $20 on all 100 games, and the minimum odds on all games is 1,54, then I am expected to get a net of:

1. Multiply "W" with "d" ... 64 times 1,54 = 98,56
2. Subtract 100 from Wd ... 98,56 - 100 = -1,44
3. Multiply with "m" ... 20 times -1,44 = -28,8

So with these numbers, if I do 100 games I will lose $28,80.

6. How to be successful

To be the best with this equation, you need a BIG "W", the more of your ARV sessions you can expect to get correctly then the more money you might expect to win.
To use a BIG "d" odds. You choose what is the minimum (smallest) odds for ALL GAMES, and then you can bet on games with that number odds or higher. If you choose a higher "d" for minimum odds, you will win more money with ARV betting, but there will be fewer games that you can bet on. (Confusing? Ask me and I will explain, it is really a beautiful thing.)

Do I win more money with ARV betting if I put more money into the bets? No. Because if you study the equation, the part that says Wd - 100 determines if you are going to get a positive or a negative number for your net. The money you place on all the bets simply multiplies that number. What it means is, that if your expected ARV success and your minimum odds and subtracted from that 100, become a positive number, then you can win money, and then the more money you placed into the bets the more money you will win. And if Wd - 100 gives you a negative number, then you are going to lose money, and the more money you place into the bets the more money you lose! (Confusing? You can ask me it is not that difficult.)

One good tip is to use a "humble" expected ARV performance "W". If you have seen that on average you get 68% of your ARV sessions correct, you are safer to use this equation and to place ARV bets if you give it a lower "W" than your actual value.

Disclaimer! I cannot guarantee that this equation works! Test things for yourself, and you take full responsibility for your results and outcome, do not blame me blame yourself!

Always test ARV betting first with very small money values! Do not bet more money than you are willing and able to lose! Do not get emotionally entangled with the betting, do not let yourself get too happy when you win and not to be sad when you lose! With ARV betting you are not expected to win always! It is just good to keep track of your expectations, so that you can bet wisely, and so that you can see if with your expected ARV performance you have got a chance at winning any money at all.

So this equation revealed something interesting. If you win or lose money in ARV betting has got nothing to do with the amount of money that you put into the bets. Rather it depends on two variables, your expected ARV performance, and the minimum odds that you have for all bets.

Like my equation? Don't steal it! If you use it or share it, please give credit to Anita Ikonen, the author and creator or the ETC RV method!

7. For less than 100 games?!

The equation tells you the net profit or net loss for playing a total of 100 games! If you play less than 100 games, which you will of course, divide the net with 100 and then multiply with the number of games you would play. It is better to have a larger number of games because it averages out the randomness of your expected ARV performance, for example, if you calculate the net profit for just "one game" then it is not a very reliable computation, now is it?

Example: If I calculated with the equation a "net" profit or loss which came out to be a number +23, which means a net profit of $23 for 100 games, and I want to know how much profit do I get if I do just 30 games? Take the 23 and divide it by 100, then multiply with 30, and we get 6,9 which means $6,90 net profit if I run 30 games total. Or if you want to know, for symbolic value, what the expected profit for "one game" would be, simply divide your "net" that you got from the equation by 100. If we got a "net" of 23 for the 100 games, divide it by 100 and it tells us that we are expected to win $0.23 or 23 cents for each one game, but of course we really need it to be an averaged value for a larger number of games, because there is fluctuation among ARV sessions because some win and some lose.

If your net came out as a positive number then you might win money on ARV betting, and if your net came out as a negative number you might not be good enough for ARV betting, but you can still try don't let me decide for you.

If you have a string of bad luck, you might perform worse than your expected ARV performance, which could lead to an unexpected loss. And, the beautiful thing with the odds, is that you are placing on games with the minimum odds you decided on, or higher. When you win on games with a higher odds than that, you will win more money than the calculation expected you to! So I have made the equation be safer and so that it might even give you more than you will expect to win. It is better to be humble and safe, than sorry. But you might still lose if your expected ARV performance is having some bad days. Good luck!

How can I come up with this equation, do I know what I am doing? I have studied a lot of physics, math, and chemistry at university so I think I know what I am doing. The equations made here are not complicated for me.

Questions? Confusing? Ask me and I will be happy to help explain.

m(Wd - 100) = net (net profit or loss in money from the total of 100 games)