Yep, that’s about The Distributive Property too 🙄 Every time Multiplication gets mentioned, you know they’re talking about the Property, since the Law has no multiplication in it, but The Distributive Property of Multiplication over Addition does
Distributive law means you are allowed to distribute
No, the Property does. The Law tells you that you literally must Distribute.
not that you must distribute
Because The Law says that, hence why it’s a Law 🙄
I’m so sorry for the amount of effort you’re futilely putting into this lmao
says someone who can’t even tell the difference between the Property and the Law 😂
Nowhere in all your sources and screenshots is it stated you must distribute
You must not distribute brother, lay it to rest lmao. It’s optional. Google distributive law and find me one source saying it’s imperative to distribute - there’s none. You can even confirm this is true yourself with simple examples like the ones I’ve mentioned above.
Literally a Law of Maths, but go ahead and stay in Denial about it 😂
It’s optional
You think the word “must” means it’s optional?? 😂
Google distributive law and find me one source saying it’s imperative to distribute
Go through Maths textbooks and find me one which says it isn’t, or alternatively go through dictionaries and find me one that says “must” means “optional” 😂
there’s none
He says, when I’ve already posted multiple textbooks which say it is 😂
You can even confirm this is true yourself with simple examples like the ones I’ve mentioned above
I’ve confirmed it with Maths textbooks - you know, those things you refuse to look in because you know they prove you are wrong 😂 BTW your “example above” was about The Distributive Property, as I already pointed out to you at the time
Bro directly after what you underlined it says “if you want to remove the brackets” lol. Selective reading much? “If” means optional. You are free to solve what’s inside the brackets first, before multiplying it with what’s outside.
Also, the link I posted is literally titled “distributive law”, not property. You realize a law can have conditions, right?
Quick quiz for you: what’s the result of 2(3+5)² ?
Bro directly after what you underlined it says “if you want to remove the brackets”
Yep, that’s right, and removing brackets is the first step in order of operations 😂
Selective reading much?
By you apparently.
“If” means optional
So… you’re telling me that the “B” step in BEDMAS, and the “P” step in PEMDAS, is optional? I don’t have to remove Brackets?? 😂 Better go back to school dude
You are free to solve what’s inside the brackets first, before multiplying it with what’s outside
Yep, but inside the brackets, as per the text you can see in the screenshot 😂
5(8-5)=(5x8-5x5)=(40-25)=15
5(8-5)=5(3)=(5x3)=15 <== Multiplication inside the Brackets, as per The Distributive Law
same answer both ways 😂
the link I posted is literally titled “distributive law”, not property
But has a multiply sign in it, thus proving it is the Property that they are talking about - The Distributive Property of Multiplication over Addition to call it by it’s full name
You realize a law can have conditions, right?
You realise it literally must be obeyed, right? The condition that The Distributive Law has, is “A number or letter next to a Bracket”, direct quote from the textbook, hence a(b+c)=(ab+ac), and not ax(b+c) since the a is not next to the bracket in that case
Exponents come after brackets, so I’m curious to see how you solve that with your logic lol. It has an obvious correct solution, which is 128, but you need to distribute in the brackets step, which comes before exponents, so let’s see what you do with it lmao.
so I’m curious to see how you solve that with your logic
Ummm, you do the brackets and then the exponent. Not sure what you find unclear about that
It has an obvious correct solution
The one where you do the brackets before the exponent
which is 128
Nope! You can only get that by doing the exponent before the brackets, which is against the order of operations rules. Or did you wrongly add a multiply sign before the brackets - that also yields a different answer
you need to distribute in the brackets step
That’s right, so why did you do the exponent first?
which comes before exponents,
That’s right. So why did you do the exponent first?
so let’s see what you do with it
Brackets before exponents, as already established 🙄
Yep, that’s about The Distributive Property too 🙄 Every time Multiplication gets mentioned, you know they’re talking about the Property, since the Law has no multiplication in it, but The Distributive Property of Multiplication over Addition does
No, the Property does. The Law tells you that you literally must Distribute.
Because The Law says that, hence why it’s a Law 🙄
says someone who can’t even tell the difference between the Property and the Law 😂
Yes it does liar
Not for people who know how to read 😂
You must not distribute brother, lay it to rest lmao. It’s optional. Google distributive law and find me one source saying it’s imperative to distribute - there’s none. You can even confirm this is true yourself with simple examples like the ones I’ve mentioned above.
Literally a Law of Maths, but go ahead and stay in Denial about it 😂
You think the word “must” means it’s optional?? 😂
Go through Maths textbooks and find me one which says it isn’t, or alternatively go through dictionaries and find me one that says “must” means “optional” 😂
He says, when I’ve already posted multiple textbooks which say it is 😂
I’ve confirmed it with Maths textbooks - you know, those things you refuse to look in because you know they prove you are wrong 😂 BTW your “example above” was about The Distributive Property, as I already pointed out to you at the time
Bro directly after what you underlined it says “if you want to remove the brackets” lol. Selective reading much? “If” means optional. You are free to solve what’s inside the brackets first, before multiplying it with what’s outside.
Also, the link I posted is literally titled “distributive law”, not property. You realize a law can have conditions, right?
Quick quiz for you: what’s the result of 2(3+5)² ?
Yep, that’s right, and removing brackets is the first step in order of operations 😂
By you apparently.
So… you’re telling me that the “B” step in BEDMAS, and the “P” step in PEMDAS, is optional? I don’t have to remove Brackets?? 😂 Better go back to school dude
Yep, but inside the brackets, as per the text you can see in the screenshot 😂
5(8-5)=(5x8-5x5)=(40-25)=15
5(8-5)=5(3)=(5x3)=15 <== Multiplication inside the Brackets, as per The Distributive Law
same answer both ways 😂
But has a multiply sign in it, thus proving it is the Property that they are talking about - The Distributive Property of Multiplication over Addition to call it by it’s full name
You realise it literally must be obeyed, right? The condition that The Distributive Law has, is “A number or letter next to a Bracket”, direct quote from the textbook, hence a(b+c)=(ab+ac), and not ax(b+c) since the a is not next to the bracket in that case
Ok bro so answer my question what’s the result of the expression I wrote above?
Deflection is the word you’re looking for
So… you’re telling me you don’t know what comes first out of Brackets and Exponents in order of operations? That’s your deflection strategy??
Exponents come after brackets, so I’m curious to see how you solve that with your logic lol. It has an obvious correct solution, which is 128, but you need to distribute in the brackets step, which comes before exponents, so let’s see what you do with it lmao.
That’s right
Ummm, you do the brackets and then the exponent. Not sure what you find unclear about that
The one where you do the brackets before the exponent
Nope! You can only get that by doing the exponent before the brackets, which is against the order of operations rules. Or did you wrongly add a multiply sign before the brackets - that also yields a different answer
That’s right, so why did you do the exponent first?
That’s right. So why did you do the exponent first?
Brackets before exponents, as already established 🙄