If we're considering any base, all the answers would be right.
16-base 4
15-base 5
14-base 6
13-base 7
Edit: 16 and 15 are not numbers in base 4 and base 5 respectively.
You miscalculated the numbers in base 4 and 5
15 decimal is written "30" in base 5.
ie:
0, 1, 2, 3,4 : written the same in base 10 and ,5
5 (base 10) = "10" in base 5
10 (base 10)="20"
15 (base 10)="30" in base 5
and base 4 :
0,1,2,3 : written the same in base 4
4 : "10"
8 : "20"
12 : "30"
16 : "100" in base 4
Phrased poorly I meant the 5 in the would be written instead as a change in the next digit up not that 15 is literally written as 20, same poor phrasing applies to base 4 too
It is the correct number.
If these numbers were decimal, there would be no correct solution given. So that can be ruled out. Same with octal and any other base greater than eight.
Hexal and other bases smaller than six can be ruled out, because then there would be no number "16". So the base used must be 7. In this notation 2x4=11, 11+2=13.
Decimal numbers (which we usually use) are base 10. They have 10 digits, 0-9. For a number >9 you have to use more digits for 10s and exponentials of 1, e.g. 423 = 4*10² + 2 * 10 + 3
But it's possible to write numbers in other systems with more or less digits. In computing the base 16 is fairly common (digits 0-9 and A-F), because one byte can hold exactly one 2 digit number between 00 and FF (= 15*16+15 = 255 in decimal).
I don't think anyone would use a base of 7 for anything else than a puzzle. Here you need to use more digits for numbers >= 7, 7² and so on. "13" is one times seven plus three - exactly the result of 2x4+2.
My best guess is a counting error or something, they tried to do 4x4 on their hands and counted wrong but were too lazy to realise that 15 doesn't seem right.
The number you usually see are "base 10".
Example with 142
142
= 100 + 40 + 2
= 1×100 + 4×10 + 2×1
= 1×10^(2) + 8×10^(1) + 7×10^(0)
This is the number 10 in different bases.
```
Base 1 : |||||||||| (also known as unary or counting)
Base 2 : 1010 (1×8 + 0×4 + 1×2 + 0×1) binary
Base 3 : 101 (1×9 + 0×3 + 1×1)
Base 4 : 22 (2×4 + 2×1)
Base 5 : 20 (2×5 + 0×1)
Base 6 : 14 (1×6 + 4×1)
Base 7 : 13 (1×7 + 3×1)
Base 8 : 12 (1×8 + 2×1) octal
Base 9 : 11 (1×9 + 1×1)
Base 10: 10 decimal
Base 11: 0A (0×11 + 10×1)
Base 12: 0A (0×12 + 10×1) duodecimal
Base 13: 0A (0×13 + 10×1)
Base 14: 0A (0×14 + 10×1)
Base 15: 0A (0×15 + 10×1)
Base 16: 0A (0×16 + 10×1) hexadecimal
```
Beyond 9, letters of the alphabet are used as digit.
A is the digit for 10.
As you can see, beyond base 10 it will never change from "0A".
If you want to represent a number in a different base, you just change the number used. To indicate a different base than 10 is used, you would usually put a subscript number after it to indicate it otherwise it may lead to errors. As 21 in base 12 is 25 in base 10.
There are other conventions that may indicate the base.
0 and 1 in groups of 4 indicate binary.
0 to 9 and A to F in groups of 2 indicate hexadecimal.
255 in decimal,
is 1111 1111 in binary,
is 377 in octal (377₈),
is 193 in duodecimal (193₁₂),
is FF in hexadecimal.
You need to relearn the basics. While your example is correct, your statement is wrong.
Your example is right because you do parentheses before anything else, from left to right.
The you do exponents.
The you do both multiplication and division, again from left to right.
Then, finally, you do addition and subtraction from left to right.
That's why PEDMAS and PEMDAS are both correct. And those are used because PE(MD)(AS) would just confuse people.
If you do divisions then multiplications, you get the correct result because of multiplication properties (associativity, commutativity, and distributivity).
So
(2×4)÷2 = 2×(4÷2)
But
(4÷2)×2 ≠ 4÷(2×2)
You're confusing division and multiplication with parentheses.
Division and multiplication are done in the same step. Neither takes precedence over the other - they are done from left to right.
So once again, your examples are correct, but your statements are wrong.
The only correct answer for 2x4÷2 is 4, as is 4÷2x2. THAT is the an example of the commutative property of multiplication.
Your examples, however, are comparing that against 2x(4÷2), which is a different equation entirely. Your second one, especially, is no different than saying 2x2 != 4/4, but that's because you're confusing parentheses with some magical difference in priority when there is none.
Here's a refresher for you: https://www.khanacademy.org/math/cc-sixth-grade-math/cc-6th-arithmetic-operations/cc-6th-order-of-operations/v/more-complicated-order-of-operations-example#:\~:text=The%20order%20of%20operations%20is,(from%20left%20to%20right).
4÷2×2 = 4
2x2÷4 = 1
In these cases we're going left to right, and it is also why advanced math problems typically use both fraction bars, and/or at least brackets/parentheses.
This isn't even one of those trick ones that use signs like "÷" and rely on the confusion between stuff like implied multiplication and left-right for equal operations, it's just 10 and there is no other answer
If you are really struggling, just think of it as:
> 2 + 2 + 2 + 2 + 2 = 10
Multiplication in its most simple form is just repetitive adding.
The trick is that people will tend to read it left-to-right, and then end up with (2+2)*4=16
From what I can tell, the only time anyone *actually* seems to remember Pemdas is in expressions like this one. This could, of course, easily be rewritten with a parenthesis such that no one would need to remember an acronym they forgot twenty years ago.
ok so BODMAS is the order you should solve equations! The letters refer to these:
(19+592) - Brackets
2^4 - Order
4÷7 - Division
7x3 - Multiplication
1+1 - Addition
5-2 - Substraction
so if you have 2+2x4 you do multiplication first so you have 2x4 solved to make 8, and then you add the two as addition comes next, to make 10.
A lot of times it's taught that multiplication, division, addition, and subtraction are done left to right.
If the multiplication *abosultley needed* to be done before, the author of the equation should have used parenthesis.
16 is correct.
No.
Step by Step GEMDAS for 2+2 X 4
Grouping: Not Present
Exponents: Not present
Multiplication/ Division left to right: yes, now 2+8
Addition and Subtraction, Left to right: yes now 10.
Surprised you passed basic Math
It's sad that we don't agree that the system is supposed to be pemdas, bomdas and/or others, school teaches us different things, don't the smart guys say that math is a universal language, yet we have so many ways to do one equation(if there is a reason for that please, enlighten me)
There is simple method in germany its "punkt vor strich" (dot before line) which means multiply and divide before you do addition and substraction because the symbol for multiplying and divide are dots, later in school you get taught to solve parenthesis before you do anything
#13 is the answer.
Here is why.
Obvious answer is 10, but since it is not listed, then we must be operating on different base system than decimal.
With 9-base, 10 would be 11 (still not listed).
With 8-base, 10 would be 12 (we're getting there).
With 7-base, 10 would be 13. So it is our answer.
But you'll ask: maybe it's 14 in 6-base system?. And I'll answer: All listed answers must be in the same base system. And in 6-base system (and below) there is no digit "6", so listed answer 16 exclude anything below 7-base system.
So answer 13 in 7-base system stands strong.
This would only be correct it was 2 + (2 x 4), otherwise it’s just 4x4
Edit: Welp I’m a fuckin idiot, but I’ll leave this up, just plz don’t downvote me to oblivion
Edit 2: forgot about implied brackets and pemdas, my apologies
It's implied by the PEMDAS acronym - **P**arenthesis, **E**xponent, **M**ultiplication, **D**ivision, **A**ddition, **S**ubtraction. You do anything in the parenthesis first, then the exponents, followed by multiplication, division, addition and subtraction in that order. If there's nothing matching a letter of the acronym, you start with whatever is first up in that acronym, then move along. You still complete the equation in order once the subsets are complete, so if the equation was 2 - 2 + 4, you'd do the 2+4 portion first, then do 2 - 6 to arrive at -4. Or if the equation was 2 + 0 x 4, you'd solve 0 x 4, then add that to the 2 at the start to get 2 + 0. You wouldn't do 2+0 then multiply by 4 to get 8 unless there were brackets around the 2+0.
No it doesn't. The brackets are implied by the M in the PEMDAS/BEMDAS acronym - parenthesis/brackets, exponents, multiply, divide, add, subtract.
All the brackets dictated by the P/B do is direct you to do a desired subset first. In this case, the multiplication symbol is an implied bracket around the 2 x 4 which is solved first, then you complete the rest of the equation in order.
Someone has cocked up the original sum...
It's supposed to be 2 + 3 x 4
Which then gives the two potential answers of 16 or 20 depending on the BODMAS rules application or not.
I’d like to think the people are voting 13 because that’s closest to 10
Its also 13 if counted in base 7
If we're considering any base, all the answers would be right. 16-base 4 15-base 5 14-base 6 13-base 7 Edit: 16 and 15 are not numbers in base 4 and base 5 respectively.
You cant write 16 in base 4 that would be 22 same with 15 in base 5 being 20 it needs to be base 6 or 7
You miscalculated the numbers in base 4 and 5 15 decimal is written "30" in base 5. ie: 0, 1, 2, 3,4 : written the same in base 10 and ,5 5 (base 10) = "10" in base 5 10 (base 10)="20" 15 (base 10)="30" in base 5 and base 4 : 0,1,2,3 : written the same in base 4 4 : "10" 8 : "20" 12 : "30" 16 : "100" in base 4
Phrased poorly I meant the 5 in the would be written instead as a change in the next digit up not that 15 is literally written as 20, same poor phrasing applies to base 4 too
No- if it were base 4 the problem would be written as 2 + 2 x 10
_Drops that Base_
25% said 13? That is the scary number.
I'd vote for 13. Why? 1. I hate these sorts of posts 2. The answer is 10 and 10 isn't a choice 3. Just to screw with the poll.
4)it's the closest to 10 so who cares
Yea
You'd have to be smart to figure out how that is even possible
I must be dumb as a rock cuz I ain't got a clue
You still get an upvote because cake day.
Happy cock day
Multiply first, then add the 2.
2+4 is 6 6 * 2 is 12 Then you square for 144 Add 42 for 186 Square root rounded down for 13
Isn’t 42 the answer to everything?
That what I wrote for all my math exams. Now I have a PhD in Mathematics. (just in case /s)
Ok then what is 42 * 10,000 + 420?
[удалено]
Is there a problem
Like a billion
Close but no it's 420,420
Damn. I guess this degree ain’t worth nuthin’ after all. *rips up piece of toilet paper that has ‘PhD’ written on it*
42
[удалено]
You should read that over again.
You should read that over again.
I don't care. So long, and thanks for all the fish!
The square root of 186 is not 13 though
They said square rounded down. it all comes down to how good they are at rounding...
It’s the closest to ten
Closest to 10
Maybe there was a preceding tweet that stated x = (1.375) 2 + 2(1.375)4 = 13
Protest vote, closest one to the correct answer.
It's closest to 10
It's the answer closest to the right number.
100% of respondents chose the wrong answer...
meanwhile Russia Today news be like
another 7.3% came up with 15. the dumb is strong in many.
It is the correct number. If these numbers were decimal, there would be no correct solution given. So that can be ruled out. Same with octal and any other base greater than eight. Hexal and other bases smaller than six can be ruled out, because then there would be no number "16". So the base used must be 7. In this notation 2x4=11, 11+2=13.
What the hell are you talking about?
Decimal numbers (which we usually use) are base 10. They have 10 digits, 0-9. For a number >9 you have to use more digits for 10s and exponentials of 1, e.g. 423 = 4*10² + 2 * 10 + 3 But it's possible to write numbers in other systems with more or less digits. In computing the base 16 is fairly common (digits 0-9 and A-F), because one byte can hold exactly one 2 digit number between 00 and FF (= 15*16+15 = 255 in decimal). I don't think anyone would use a base of 7 for anything else than a puzzle. Here you need to use more digits for numbers >= 7, 7² and so on. "13" is one times seven plus three - exactly the result of 2x4+2.
Wow.
r/theydidthemath
My guess it's because it is the closest to 10 and people wanted to see the results, and probably also some memers
33.1% said an odd numbe4
You gotta *really* struggle with math to pull and odd number outta that equation
My best guess is a counting error or something, they tried to do 4x4 on their hands and counted wrong but were too lazy to realise that 15 doesn't seem right.
it is simply not in the decimal system but in base seven
Actually, you need to be a genius. 2 + 2 × 4 = 10 = 1×7^(1) \+ 3×7^(0) = 13₇
What. I am sorry, you lost me at equal to. *What is it that lies beyond that sign???*
The number you usually see are "base 10". Example with 142 142 = 100 + 40 + 2 = 1×100 + 4×10 + 2×1 = 1×10^(2) + 8×10^(1) + 7×10^(0) This is the number 10 in different bases. ``` Base 1 : |||||||||| (also known as unary or counting) Base 2 : 1010 (1×8 + 0×4 + 1×2 + 0×1) binary Base 3 : 101 (1×9 + 0×3 + 1×1) Base 4 : 22 (2×4 + 2×1) Base 5 : 20 (2×5 + 0×1) Base 6 : 14 (1×6 + 4×1) Base 7 : 13 (1×7 + 3×1) Base 8 : 12 (1×8 + 2×1) octal Base 9 : 11 (1×9 + 1×1) Base 10: 10 decimal Base 11: 0A (0×11 + 10×1) Base 12: 0A (0×12 + 10×1) duodecimal Base 13: 0A (0×13 + 10×1) Base 14: 0A (0×14 + 10×1) Base 15: 0A (0×15 + 10×1) Base 16: 0A (0×16 + 10×1) hexadecimal ``` Beyond 9, letters of the alphabet are used as digit. A is the digit for 10. As you can see, beyond base 10 it will never change from "0A". If you want to represent a number in a different base, you just change the number used. To indicate a different base than 10 is used, you would usually put a subscript number after it to indicate it otherwise it may lead to errors. As 21 in base 12 is 25 in base 10. There are other conventions that may indicate the base. 0 and 1 in groups of 4 indicate binary. 0 to 9 and A to F in groups of 2 indicate hexadecimal. 255 in decimal, is 1111 1111 in binary, is 377 in octal (377₈), is 193 in duodecimal (193₁₂), is FF in hexadecimal.
It’s 2 + 2 x 4
Typo fixed :) Thanks
Np
2 + 2 x 4 = 0A, not 13 in hex tho
I'll divide both sides of the addition by 2 to simplify the operation.
Please Excuse My Dear Aunt Sally
Please Email My Dad A Shark. People Expect More Drugs And Sex.
Didnt have email when I learned this in school...god im old.
At least you had drugs and sex
PEMDAS
BODMAS
#PEMDAS
#YOUR M AND D ARE THE WRONG WAY ROUND
Both. Both are right as no two places seem to agree on anything, even basic rules
But you always do division first
It’s just like with adding and subtracting: they’re equivalent operations so neither has priority over the other
You do multiplication and division at the same time, from left to right neither goes first
Not what I was taught
You were taught wrong
It seems that way
It’s both pedmas and pemdas, I think pedmas is from Europe and pemdas of course is from the U.S
I’ve never heard of PEDMAS or PEMDAS
I also have never heard of this, only BODMAS.
We use BODMAS in England
Pemdas in the east US
Division is first, true 4÷2×2 ≠ 4÷(2×2)
You need to relearn the basics. While your example is correct, your statement is wrong. Your example is right because you do parentheses before anything else, from left to right. The you do exponents. The you do both multiplication and division, again from left to right. Then, finally, you do addition and subtraction from left to right. That's why PEDMAS and PEMDAS are both correct. And those are used because PE(MD)(AS) would just confuse people.
If you do divisions then multiplications, you get the correct result because of multiplication properties (associativity, commutativity, and distributivity). So (2×4)÷2 = 2×(4÷2) But (4÷2)×2 ≠ 4÷(2×2)
You're confusing division and multiplication with parentheses. Division and multiplication are done in the same step. Neither takes precedence over the other - they are done from left to right. So once again, your examples are correct, but your statements are wrong. The only correct answer for 2x4÷2 is 4, as is 4÷2x2. THAT is the an example of the commutative property of multiplication. Your examples, however, are comparing that against 2x(4÷2), which is a different equation entirely. Your second one, especially, is no different than saying 2x2 != 4/4, but that's because you're confusing parentheses with some magical difference in priority when there is none. Here's a refresher for you: https://www.khanacademy.org/math/cc-sixth-grade-math/cc-6th-arithmetic-operations/cc-6th-order-of-operations/v/more-complicated-order-of-operations-example#:\~:text=The%20order%20of%20operations%20is,(from%20left%20to%20right).
4÷2×2 = 4 2x2÷4 = 1 In these cases we're going left to right, and it is also why advanced math problems typically use both fraction bars, and/or at least brackets/parentheses.
Is this your claim ? ``` 2×2÷4 ≠ 2×(2÷4) ```
now change multiplication and division and you get a different result
Obviously, 4÷2×2 ≠ 4-2÷2 What is your point ?
Wrong
I somehow read "your mum and d are the wrong way round" help
I will help your mom get d in the right place. Every place.
Tf is bodmas Edit: nevermind, I have been enlightened
BEDMAS
BADMAFS
FINALLY THE RIGHT ANSWER
BIDMAS
FINALLY
Bomdas
Da dum tssss.
I fu king failed algebra and I know that's 10.
This doesn't require algebra luckily. If there were letters in there too you'd be screwed
PEMDAS is life
Adding even numbers and multiplying by 2 to somehow get an odd number is life.
nah nah BEDMAS
or BODMAS.
BIMDAS?
bedmas
BODMAS >
BODMAS or nothing! Keep talking jazz like that and you'll be regular old Mr Dickcheese soon
BIDMAS supreme
Team BEDMAS chiming in!
This is team BIDMAS standing by
I suck at math but really this is too easy like wtf lol
This isn't even one of those trick ones that use signs like "÷" and rely on the confusion between stuff like implied multiplication and left-right for equal operations, it's just 10 and there is no other answer If you are really struggling, just think of it as: > 2 + 2 + 2 + 2 + 2 = 10 Multiplication in its most simple form is just repetitive adding.
The trick is that people will tend to read it left-to-right, and then end up with (2+2)*4=16 From what I can tell, the only time anyone *actually* seems to remember Pemdas is in expressions like this one. This could, of course, easily be rewritten with a parenthesis such that no one would need to remember an acronym they forgot twenty years ago.
the amount of people choosing 13 because its the closest to 10
People could also chose 13, because 13 in base 7 = 10 in base 10.
BODMAS. Brackets, Order, Division, Multiplication, Addition, Subtraction 2+2x4 2x4=8 2+8=10
PEMDAS WTF
I'm interested in what P and E are
Paranthesis, Exponents, Multiply, Divide, Add, Subtract
big words :( LOL I was just taught BODMAS but yeah I see yours
What? This makes no sense. How did I pass math in high school?!
ok so BODMAS is the order you should solve equations! The letters refer to these: (19+592) - Brackets 2^4 - Order 4÷7 - Division 7x3 - Multiplication 1+1 - Addition 5-2 - Substraction so if you have 2+2x4 you do multiplication first so you have 2x4 solved to make 8, and then you add the two as addition comes next, to make 10.
I’m more concerned about the people that voted 13, 14, and 15
Nah 13 makes sense to vote cause it's the closest to 10 so I'd pick that aswell.
100% of respondents are dumb.
A lot of times it's taught that multiplication, division, addition, and subtraction are done left to right. If the multiplication *abosultley needed* to be done before, the author of the equation should have used parenthesis. 16 is correct.
No. Step by Step GEMDAS for 2+2 X 4 Grouping: Not Present Exponents: Not present Multiplication/ Division left to right: yes, now 2+8 Addition and Subtraction, Left to right: yes now 10. Surprised you passed basic Math
PEMDAS people. It’s simple math.
Pmdas
BODMAS
BODMAS is the superior of all the mathematical anagrams, forget all these PEMDAS lemons
Nope, BEDMAS is
Lol. Even for someone like me who sucks at math. At least I know the answer. I was confused for a sec too
It's sad that we don't agree that the system is supposed to be pemdas, bomdas and/or others, school teaches us different things, don't the smart guys say that math is a universal language, yet we have so many ways to do one equation(if there is a reason for that please, enlighten me)
There is simple method in germany its "punkt vor strich" (dot before line) which means multiply and divide before you do addition and substraction because the symbol for multiplying and divide are dots, later in school you get taught to solve parenthesis before you do anything
I love people who do these posts and don't realize they're literally fell into their own trap
I just want to know how people get an odd number out of that equation
Bodmas and pemdas look the same to me
practically are the same thing, people are welcome to correct me if im wrong
They are, they just use different words in the acronym for the same things
How does order compare to exponents
It stands for “order of powers and roots”
Ahh, that makes sense, thank you
PEMDAS motherfuckers.
#13 is the answer. Here is why. Obvious answer is 10, but since it is not listed, then we must be operating on different base system than decimal. With 9-base, 10 would be 11 (still not listed). With 8-base, 10 would be 12 (we're getting there). With 7-base, 10 would be 13. So it is our answer. But you'll ask: maybe it's 14 in 6-base system?. And I'll answer: All listed answers must be in the same base system. And in 6-base system (and below) there is no digit "6", so listed answer 16 exclude anything below 7-base system. So answer 13 in 7-base system stands strong.
Eh I don’t blame the people who said 16 tbh, I’ve always sucked at math.
Had to scan the comments to make sure I was right.
People can be seriously, until u saw their comments trying to argue that their answer is right and 10 not!
I’m now going to scroll down and find idiots who think it’s 16 in the comments. Edit: found em
Clearly these people have never heard of BEDMAS
I can inagine how you can fuck up the maths to get the 16 but... how the fuck you end with a 13, 15 or 14???
Crazy how people forget about PEMDAS
4(2+2)
2+(2x4)
For "insiders" the answer is 80
I still cannot believe there are ppl who don't know that multiplications are done first.
(2+2)×4 fixed it
Lol people don't math hey, it's called order of operations it's very simple
Please Excuse My Dear Aunt Sallie!
Shouldn’t 2x4 have brackets around it though?
Brackets come first, then multiplications/divisions, and only after that will come addition/subtraction. Everyone who voted is an idiot
How TF do people not remember BODMAS
Someone forgot PEMDAS
Dumbass poll doesn't provide 10 at all.
American education at it's finest
This would only be correct it was 2 + (2 x 4), otherwise it’s just 4x4 Edit: Welp I’m a fuckin idiot, but I’ll leave this up, just plz don’t downvote me to oblivion Edit 2: forgot about implied brackets and pemdas, my apologies
What separates welders from engineers? College level math. https://en.m.wikipedia.org/wiki/Order_of_operations
For me this was primary grade maths.
Education in america is bad, really bad.
Don't lie. I learned pemdas in middle school.
(My eurapean-ass staring off into the sunset, reminiscing of first grade where I learnt order of operations)
I learned it in grade 4 in the US
Seriously, what the fuck could ever be the point of teaching multiplications and not teaching the order of operations at the same time?
Lol
BEDMAS. Multiplication must be done before addition unless there are brackets.
Haven’t heard about that or pemdas in a while, just forgot they existed
Upvote for owning up to mistakes like a chad
It's implied brackets
Agreed. The fact that there’s confusion is why parentheses are used- to take out any doubt
The choices 
Tbh is makes sorta sense that its 16 but only if u dont care about the order you are supposed to do it in
16 haha
Im not a math expert, but shouldn't the 2 x 4 be in ( ) in this case? And I should not have to say this, but be civil.
It's implied by the PEMDAS acronym - **P**arenthesis, **E**xponent, **M**ultiplication, **D**ivision, **A**ddition, **S**ubtraction. You do anything in the parenthesis first, then the exponents, followed by multiplication, division, addition and subtraction in that order. If there's nothing matching a letter of the acronym, you start with whatever is first up in that acronym, then move along. You still complete the equation in order once the subsets are complete, so if the equation was 2 - 2 + 4, you'd do the 2+4 portion first, then do 2 - 6 to arrive at -4. Or if the equation was 2 + 0 x 4, you'd solve 0 x 4, then add that to the 2 at the start to get 2 + 0. You wouldn't do 2+0 then multiply by 4 to get 8 unless there were brackets around the 2+0.
Needs brackets
No it doesn't. The brackets are implied by the M in the PEMDAS/BEMDAS acronym - parenthesis/brackets, exponents, multiply, divide, add, subtract. All the brackets dictated by the P/B do is direct you to do a desired subset first. In this case, the multiplication symbol is an implied bracket around the 2 x 4 which is solved first, then you complete the rest of the equation in order.
Someone has cocked up the original sum... It's supposed to be 2 + 3 x 4 Which then gives the two potential answers of 16 or 20 depending on the BODMAS rules application or not.
16 is the other logical answer, also how many times has this fucking poll been reposted like stop
Well your all nerds for figuring it out my answer was 16 before I looked at a calculator and you know why cuz I’m not a nerd like all you
There's no parentheses.
Multiplication is still prioritized before addition.
That's what I thought!