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Divide 2 by 3 to the nearest 3 digits (the excess is simply trimmed without any rounding) and add one point. = 0.667
You have to divide 2 by 3 with an accuracy of 6 digits (the excess is simply trimmed without any rounding) and add one pip. = 0.666667
So, for some people, it would be
0,667
0,667666
That's the kind of pips with pips.
Well first they measure in kilograms and then instead of grams they have millilitres.
it's just that your kilogram is constantly changing, first it was 0.0001, now it's 0.00001 and soon it will be 0.000001
it's just that your kilogram is constantly changing, first it was 0.0001, now it's 0.00001 and soon it will be 0.000001
I have a division of the measurand. And the measurand itself doesn't change, which is the opposite of what you have.
I have a division of the measured value. And the measurand itself does not change, while you have the opposite.
what exactly is the opposite?
pips is a static value, like a metre or a kilogram. And that value should be constant because it is the measure of everything in the financial world.
As you increase the accuracy of the quotation (adding signs), that pips remains the same - constant.
1.2584
1.25841
1.258412
103.25
103.253
103.2534
what exactly is the opposite?
pips is a static value, like a metre or a kilogram. And that value should be constant because it is the measure of everything in the financial world.
As you increase the accuracy of the quotation (adding signs), this pips remains the same - constant.
1.2584
1.25841
1.258412
103.25
103.253
103.2534
1,2584 = 1,258412
Cool ))))
what exactly is the opposite?
pips is a static value, like a metre or a kilogram. And that value should be constant because it is the measure of everything in the financial world.
As quoting accuracy increases (adding signs), this pips remains the same - constant.
1.2584
1.25841
1.258412
103.25
103.253
103.2534
What's a tenth, after adding a hundredth of the accuracy, no longer a tenth?
1,2584 = 1,258412
Cool ))))
you didn't answer the question.
do you have logical thinking?
let's think - can 1 percent of 100, become less (or more) if you use 5 digits instead of 4 in your calculations ?
What's a tenth, after adding a hundredth accuracy no longer a tenth? naturally it remains constant.
we're not talking about accuracy, we're talking about pips)
we're not talking about accuracy, we're talking about pips)
You didn't answer the question.
are you logical?
Let's think about it - can the 1% of 100 become less (or more) if you use 5 digits instead of 4 in your calculations?
My logical thinking is clearly not the same as yours. I don't see any percentages in your example.
It is about the fact that some (unlike you, by the way) call the 5th digit a pip. And they can't understand that it is the point - the indivisible and minimum!