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Please let me know why 2/16 has a remainder of 2. Thanks
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Please let me know why 2/16 has a remainder of 2. Thanks
When the roulette has hit 5 reds why shouldn't I bet to black?Find the pattern - puzzleAny other prime numbers that satisfy this condition?Helping 7th grade with math question… I'm stumped.Roulette System that I know can't work but don't understand Why?Division Without DivisionFigure out what to multiply a number by to get it to double after x times.Determine minimum selling price based on cost and feesTwo cars one $10$mph faster than other start at same point and travel in opposite directions.How to arrange 80 people given the following constraints?
.everyoneloves__top-leaderboard:empty,.everyoneloves__mid-leaderboard:empty,.everyoneloves__bot-mid-leaderboard:empty margin-bottom:0;
$begingroup$
I would like to know why this division 2/16 has a remainder of 2.
I understand remainders from this division 10/6 = 1 remainder is 4.
But I can't figure out why 2/16 has a remainder of 2.
Thanks
recreational-mathematics
New contributor
$endgroup$
add a comment |
$begingroup$
I would like to know why this division 2/16 has a remainder of 2.
I understand remainders from this division 10/6 = 1 remainder is 4.
But I can't figure out why 2/16 has a remainder of 2.
Thanks
recreational-mathematics
New contributor
$endgroup$
1
$begingroup$
$2 = 0cdot 16 + 2$.
$endgroup$
– Randall
8 hours ago
$begingroup$
or $2div16="0$ with remainder $2"$
$endgroup$
– J. W. Tanner
8 hours ago
add a comment |
$begingroup$
I would like to know why this division 2/16 has a remainder of 2.
I understand remainders from this division 10/6 = 1 remainder is 4.
But I can't figure out why 2/16 has a remainder of 2.
Thanks
recreational-mathematics
New contributor
$endgroup$
I would like to know why this division 2/16 has a remainder of 2.
I understand remainders from this division 10/6 = 1 remainder is 4.
But I can't figure out why 2/16 has a remainder of 2.
Thanks
recreational-mathematics
recreational-mathematics
New contributor
New contributor
New contributor
asked 8 hours ago
NataNata
211 bronze badge
211 bronze badge
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1
$begingroup$
$2 = 0cdot 16 + 2$.
$endgroup$
– Randall
8 hours ago
$begingroup$
or $2div16="0$ with remainder $2"$
$endgroup$
– J. W. Tanner
8 hours ago
add a comment |
1
$begingroup$
$2 = 0cdot 16 + 2$.
$endgroup$
– Randall
8 hours ago
$begingroup$
or $2div16="0$ with remainder $2"$
$endgroup$
– J. W. Tanner
8 hours ago
1
1
$begingroup$
$2 = 0cdot 16 + 2$.
$endgroup$
– Randall
8 hours ago
$begingroup$
$2 = 0cdot 16 + 2$.
$endgroup$
– Randall
8 hours ago
$begingroup$
or $2div16="0$ with remainder $2"$
$endgroup$
– J. W. Tanner
8 hours ago
$begingroup$
or $2div16="0$ with remainder $2"$
$endgroup$
– J. W. Tanner
8 hours ago
add a comment |
4 Answers
4
active
oldest
votes
$begingroup$
$16$ goes into $2$ a total of $0$ times. Therefore the quotient is $0$ and the remainder is $2$. This happens whenever the dividend is smaller than the divisor.
$endgroup$
add a comment |
$begingroup$
$2/16 = 0 .... 2$
In other words,
$2 = 16 * 0 +2$
Intuitively, doing this division asks you to make choice of a largest number, which, after being multiplied by the divisor (in this case, 16) must not exceed the number being divided (in this case, 2); (so this choice has to be $0$ other wise you exceed $2$). Now whatever remains is the remainder (in this case, 2).
$endgroup$
add a comment |
$begingroup$
If $a < b$, then $a mod b = a$. In particular, $2 mod 16 = 2$.
$endgroup$
add a comment |
$begingroup$
You can say that $2/16$ has a remainder of 2 because $2=16.0+2$ which is essentially the remainder.
It would also be correct to say that it has a remainder of $-14$ (I know that this is strange but it is true and this fact is helpful to know for some questions, although not of much help for this one) and in fact this is used in some proofs of modular arithmetic in number theory. Just a side fact!
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4 Answers
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$begingroup$
$16$ goes into $2$ a total of $0$ times. Therefore the quotient is $0$ and the remainder is $2$. This happens whenever the dividend is smaller than the divisor.
$endgroup$
add a comment |
$begingroup$
$16$ goes into $2$ a total of $0$ times. Therefore the quotient is $0$ and the remainder is $2$. This happens whenever the dividend is smaller than the divisor.
$endgroup$
add a comment |
$begingroup$
$16$ goes into $2$ a total of $0$ times. Therefore the quotient is $0$ and the remainder is $2$. This happens whenever the dividend is smaller than the divisor.
$endgroup$
$16$ goes into $2$ a total of $0$ times. Therefore the quotient is $0$ and the remainder is $2$. This happens whenever the dividend is smaller than the divisor.
answered 8 hours ago
Matt SamuelMatt Samuel
40.8k6 gold badges38 silver badges71 bronze badges
40.8k6 gold badges38 silver badges71 bronze badges
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$begingroup$
$2/16 = 0 .... 2$
In other words,
$2 = 16 * 0 +2$
Intuitively, doing this division asks you to make choice of a largest number, which, after being multiplied by the divisor (in this case, 16) must not exceed the number being divided (in this case, 2); (so this choice has to be $0$ other wise you exceed $2$). Now whatever remains is the remainder (in this case, 2).
$endgroup$
add a comment |
$begingroup$
$2/16 = 0 .... 2$
In other words,
$2 = 16 * 0 +2$
Intuitively, doing this division asks you to make choice of a largest number, which, after being multiplied by the divisor (in this case, 16) must not exceed the number being divided (in this case, 2); (so this choice has to be $0$ other wise you exceed $2$). Now whatever remains is the remainder (in this case, 2).
$endgroup$
add a comment |
$begingroup$
$2/16 = 0 .... 2$
In other words,
$2 = 16 * 0 +2$
Intuitively, doing this division asks you to make choice of a largest number, which, after being multiplied by the divisor (in this case, 16) must not exceed the number being divided (in this case, 2); (so this choice has to be $0$ other wise you exceed $2$). Now whatever remains is the remainder (in this case, 2).
$endgroup$
$2/16 = 0 .... 2$
In other words,
$2 = 16 * 0 +2$
Intuitively, doing this division asks you to make choice of a largest number, which, after being multiplied by the divisor (in this case, 16) must not exceed the number being divided (in this case, 2); (so this choice has to be $0$ other wise you exceed $2$). Now whatever remains is the remainder (in this case, 2).
answered 8 hours ago
Book Book BookBook Book Book
4997 bronze badges
4997 bronze badges
add a comment |
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$begingroup$
If $a < b$, then $a mod b = a$. In particular, $2 mod 16 = 2$.
$endgroup$
add a comment |
$begingroup$
If $a < b$, then $a mod b = a$. In particular, $2 mod 16 = 2$.
$endgroup$
add a comment |
$begingroup$
If $a < b$, then $a mod b = a$. In particular, $2 mod 16 = 2$.
$endgroup$
If $a < b$, then $a mod b = a$. In particular, $2 mod 16 = 2$.
answered 8 hours ago
Geoffrey TrangGeoffrey Trang
3288 bronze badges
3288 bronze badges
add a comment |
add a comment |
$begingroup$
You can say that $2/16$ has a remainder of 2 because $2=16.0+2$ which is essentially the remainder.
It would also be correct to say that it has a remainder of $-14$ (I know that this is strange but it is true and this fact is helpful to know for some questions, although not of much help for this one) and in fact this is used in some proofs of modular arithmetic in number theory. Just a side fact!
New contributor
$endgroup$
add a comment |
$begingroup$
You can say that $2/16$ has a remainder of 2 because $2=16.0+2$ which is essentially the remainder.
It would also be correct to say that it has a remainder of $-14$ (I know that this is strange but it is true and this fact is helpful to know for some questions, although not of much help for this one) and in fact this is used in some proofs of modular arithmetic in number theory. Just a side fact!
New contributor
$endgroup$
add a comment |
$begingroup$
You can say that $2/16$ has a remainder of 2 because $2=16.0+2$ which is essentially the remainder.
It would also be correct to say that it has a remainder of $-14$ (I know that this is strange but it is true and this fact is helpful to know for some questions, although not of much help for this one) and in fact this is used in some proofs of modular arithmetic in number theory. Just a side fact!
New contributor
$endgroup$
You can say that $2/16$ has a remainder of 2 because $2=16.0+2$ which is essentially the remainder.
It would also be correct to say that it has a remainder of $-14$ (I know that this is strange but it is true and this fact is helpful to know for some questions, although not of much help for this one) and in fact this is used in some proofs of modular arithmetic in number theory. Just a side fact!
New contributor
New contributor
answered 8 hours ago
rockin numbersrockin numbers
83 bronze badges
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1
$begingroup$
$2 = 0cdot 16 + 2$.
$endgroup$
– Randall
8 hours ago
$begingroup$
or $2div16="0$ with remainder $2"$
$endgroup$
– J. W. Tanner
8 hours ago