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Post by John Marston on Nov 13, 2021 12:56:26 GMT
You can't go faster than the speed of light (I think I've already put this but I'm lazy looking for them) It is possible by using Wormholes (at least theoretically). Or maybe by warping. Also, the Universe is expanding faster than the speed of light. |
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Facts
Nov 13, 2021 13:17:41 GMT
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Post by Captain on Nov 13, 2021 13:17:41 GMT
Math major kicking in here. 1+1=2 is actually false in some cases, depending on what field you're using. If the field is R, as in, all real numbers (which is just the number system all of us use), then this is accurate. However, if your field is restricted, then that's not true. A field needs to have additive and multiplicative closure, which sounds complicated, but it basically means whatever numbers in the field you use, if you add or multiply them your answer has to be another number in the field. If your field consists of only the numbers 0 and 1, then 1+1 can't equal 2 cause 2 isn't in the field. But 1+1 can't equal 1 either cause that would create a conflict with 1+0. So in this field 1+1=0. Basically, Sets...right? Can you show such number systems using SETS? |
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Post by Darth Nihilus on Nov 13, 2021 13:21:28 GMT
Can you show such number systems using SETS? Yeah, you can show most number systems using sets, we have R (reals), Z (integers), Q (rational numbers), etc. Or you could just put all your numbers in brackets, like {0,1} is F 2 |
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Nov 13, 2021 13:23:19 GMT
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Post by Captain on Nov 13, 2021 13:23:19 GMT
Can you show such number systems using SETS? Yeah, you can show most number systems using sets, we have R (reals), Z (integers), Q (rational numbers), etc. Or you could just put all your numbers in brackets, like {0,1} is F 2I know the basics but can you explain about F2.. |
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Nov 13, 2021 13:24:12 GMT
Post by John Marston on Nov 13, 2021 13:24:12 GMT
Can you show such number systems using SETS? Sets basically means a group of number. For example, the Set of all natural numbers are denoted by N, where N = {1,2,3...until infinity} Similarly, set of all Whole numbers are denoted by W, which is = {0,1,2,3...infinity) Set of all Integers are denoted by Z, where Z = {-infinity....-3,-2,-1,0,1,2,3....infinity} Set of all rational numbers are Q and so on. There are numerous examples, which you yourself might had studied, but hadn't probably known that they were called as sets. |
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Nov 13, 2021 13:41:37 GMT
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Post by Captain on Nov 13, 2021 13:41:37 GMT
Can you show such number systems using SETS? Sets basically means a group of number. For example, the Set of all natural numbers are denoted by N, where N = {1,2,3...until infinity} Similarly, set of all Whole numbers are denoted by W, which is = {0,1,2,3...infinity) Set of all Integers are denoted by Z, where Z = {-infinity....-3,-2,-1,0,1,2,3....infinity} Set of all rational numbers are Q and so on. There are numerous examples, which you yourself might had studied, but hadn't probably known that they were called as sets. Since you are from Telengana.. , so I think you will better understand our syllabus
Now I'm in class 11 (not in CBSE board)(don't want to express our board) and in our board we start learning sets from class 11(while in CBSE it starts from 10 maybe) and I have the basic knowledge acc. to our book, but my question is how to express 1+1=10 or 1 or 0 or.. by using SETS (I don't know this only) |
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Post by John Marston on Nov 13, 2021 13:51:18 GMT
Sets basically means a group of number. For example, the Set of all natural numbers are denoted by N, where N = {1,2,3...until infinity} Similarly, set of all Whole numbers are denoted by W, which is = {0,1,2,3...infinity) Set of all Integers are denoted by Z, where Z = {-infinity....-3,-2,-1,0,1,2,3....infinity} Set of all rational numbers are Q and so on. There are numerous examples, which you yourself might had studied, but hadn't probably known that they were called as sets. Since you are from Telengana.. , so I think you will better understand our syllabus
Now I'm in class 11 (not in CBSE board)(don't want to express our board) and in our board we start learning sets from class 11(while in CBSE it starts from 10 maybe) and I have the basic knowledge acc. to our book, but my question is how to express 1+1=10 or 1 or 0 or.. by using SETS (I don't know this only) Nah, there isn't sets in CBSE in class 10. You will learn it from 11th only. Also, Darth Nihilus meant that by restricting the number of numbers in the sets, it is possible that 1+1 cannot be = 2. For example, if you take the set {1,3} then if you add 1 and 1, it can't be 2 because this set i.e. {1,3} does not have the number 2. So it becomes undefined, just like x/0 = undefined. You'll get more clarity once you learn more about functions. And 1+1 = 10 can't be done using sets  |
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Nov 13, 2021 14:01:49 GMT
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Post by Captain on Nov 13, 2021 14:01:49 GMT
Since you are from Telengana.. , so I think you will better understand our syllabus
Now I'm in class 11 (not in CBSE board)(don't want to express our board) and in our board we start learning sets from class 11(while in CBSE it starts from 10 maybe) and I have the basic knowledge acc. to our book, but my question is how to express 1+1=10 or 1 or 0 or.. by using SETS (I don't know this only) Nah, there isn't sets in CBSE in class 10. You will learn it from 11th only. Also, Darth Nihilus meant that by restricting the number of numbers in the sets, it is possible that 1+1 cannot be = 2. For example, if you take the set {1,3} then if you add 1 and 1, it can't be 2 because this set i.e. {1,3} does not have the number 2. So it becomes undefined, just like x/0 = undefined. You'll get more clarity once you learn more about functions. And 1+1 = 10 can't be done using sets Beside how is your college going? And 1+1=10 I showed in binary 😅 |
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Post by John Marston on Nov 13, 2021 14:05:45 GMT
Nah, there isn't sets in CBSE in class 10. You will learn it from 11th only. Also, Darth Nihilus meant that by restricting the number of numbers in the sets, it is possible that 1+1 cannot be = 2. For example, if you take the set {1,3} then if you add 1 and 1, it can't be 2 because this set i.e. {1,3} does not have the number 2. So it becomes undefined, just like x/0 = undefined. You'll get more clarity once you learn more about functions. And 1+1 = 10 can't be done using sets Beside how is your college going? And 1+1=10 I showed in binary 😅 It's just 'fine' I'd say. The most stressful (and useful) thing is this weekly exam every Saturday (Yep, had one today). It ruins the fun out of everything and makes me focus only on studies (Which actually is kinda good, but boring to be honest). |
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Nov 13, 2021 14:14:52 GMT
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Post by Captain on Nov 13, 2021 14:14:52 GMT
Beside how is your college going? And 1+1=10 I showed in binary 😅 It's just 'fine' I'd say. The most stressful (and useful) thing is this weekly exam every Saturday (Yep, had one today). It ruins the fun out of everything and makes me focus only on studies (Which actually is kinda good, but boring to be honest).
Asking weird questions... 😅
Do you know me from which state I'm from?
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Post by John Marston on Nov 13, 2021 14:18:36 GMT
It's just 'fine' I'd say. The most stressful (and useful) thing is this weekly exam every Saturday (Yep, had one today). It ruins the fun out of everything and makes me focus only on studies (Which actually is kinda good, but boring to be honest).
Asking weird questions... 😅
Do you know me from which state I'm from?
Yeeaahh...you dropped hints from where you are |
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Post by Darth Nihilus on Nov 13, 2021 14:28:28 GMT
It's just 'fine' I'd say. The most stressful (and useful) thing is this weekly exam every Saturday (Yep, had one today). It ruins the fun out of everything and makes me focus only on studies (Which actually is kinda good, but boring to be honest). I feel your pain bro, weekly exams are sometimes a pain. Especially in university when you often have 4-5 assignments to do as well But the good thing is they help establish good study habits. |
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Post by Darth Nihilus on Nov 13, 2021 14:30:00 GMT
I know the basics but can you explain about F2.. F 2 is really just any field that only has 2 elements. Like {0,1}, {1,5}, etc. You'll learn about fields in university. It's a really complicated aspect of math, but essentially all of mathematics is built on field axioms (rules essentially) |
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Nov 13, 2021 16:16:36 GMT
Post by Thortilla on Nov 13, 2021 16:16:36 GMT
You can't go faster than the speed of light (I think I've already put this but I'm lazy looking for them) It is possible by using Wormholes (at least theoretically). Or maybe by warping. Also, the Universe is expanding faster than the speed of light. wormholes drag the universe towards you. like when you drag a blanket over your head |
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Nov 13, 2021 16:55:51 GMT
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Post by Captain on Nov 13, 2021 16:55:51 GMT
You can't go faster than the speed of light (I think I've already put this but I'm lazy looking for them) Yeah true, the humanity with current technology may not be able but.. Do you know there are some scientists (claimed to be employed in Area 51) who claims that Alien spaceships use a new type of element which is very light and stand light speed -I will keep editing this for the name of the scientists and more informations- |
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