rats and mice..?
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Nashrakh
Little White Butterflies Staff
Depends on what rules you have set; if it can ONLY be either of the two, it's one of either. Which one, we don't know.
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Yeah Nash was just saying that it wasn't stated:
EX:
the coin is missing.
therefore: the coin's location is not known to the owner.
Note that in no place was it stated that the coin is not on the owner's person. It is just that the owner does not know the location.
The same applies to the previous arugment where:
x is a set
x cannot be two things
mice and rats are two things
therefore: mice and rats are not x
EX:
the coin is missing.
therefore: the coin's location is not known to the owner.
Note that in no place was it stated that the coin is not on the owner's person. It is just that the owner does not know the location.
The same applies to the previous arugment where:
x is a set
x cannot be two things
mice and rats are two things
therefore: mice and rats are not x
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so lets say maybe theres 3x one outside,one inside,and one between both. are they all differnt or the same? and that missing facter its only to the people that think its missing right?
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Nashrakh
Little White Butterflies Staff
so lets say maybe theres 3x one outside,one inside,and one between both. are they all differnt or the same?
1 is a rat, 1 is a mouse, 1 could be either.
and that missing facter its only to the people that think its missing right?
In my opinion, yes.
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mmhmkay your point makes since. and i cant think of any other questions. so if anybody else has a question speech and i cant try my best to answer it. thank you nash for answering my questions.
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ERROR - DOES NOT COMPUTE...
Please state your premises clearly. I can't understand it... but I'll try to decipher.
There's no missing factor. We're just saying that without stating something explicitly, it does not exclude the possibility. When you're using formal logic, you have state clearly what the boundaries are for your variable or set.
So for mice/rat... x is a single class, namely a specie of mammal. It cannot be two things at once, and location does not change it, and it is stated that mice and rats are not the same, so:
X is a specie of mammal.
X is a constant that does not change.
Mice and Rats are two different species of mammals.
X cannot be two species.
Therefore: neither mice nor rats belong in the set X.
Please state your premises clearly. I can't understand it... but I'll try to decipher.
There's no missing factor. We're just saying that without stating something explicitly, it does not exclude the possibility. When you're using formal logic, you have state clearly what the boundaries are for your variable or set.
So for mice/rat... x is a single class, namely a specie of mammal. It cannot be two things at once, and location does not change it, and it is stated that mice and rats are not the same, so:
X is a specie of mammal.
X is a constant that does not change.
Mice and Rats are two different species of mammals.
X cannot be two species.
Therefore: neither mice nor rats belong in the set X.
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A rat is bigger fatter and has a much larger and fatter tail. It will always be a rat no matter where it is at.
A mouse is generally smaller with a tail that can be long but it's skiny. This doesn't change species when it goes to new habitats either.
Mouse.
Rat.
A mouse is generally smaller with a tail that can be long but it's skiny. This doesn't change species when it goes to new habitats either.
Mouse.
Spoiler:
Rat.
Spoiler:
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x-gen i think thats why he said that it could also be x and y not just x so that it could be more then one type of animal switching from place to place but it is just x then it would be the same animal just changing of the name...i think.
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Even so X isn't Y so they can't be the same species.
Common Rat:
Scientific Name aka Genus and Species: Rattus Norvegicus
Classification:
Phylum or Division: Chordata
Class: Mammalia
Order: Rodentia
Family: Muridae
Subfamily: Murinae
House Mouse:
Scientific Name aka Genus and Species:Mus Musculus
Classification:
Phylum: Chordata
Class: Mammalia
Order: Rodentia
Family: Muridae
Subfamily: Murinae
Now yes they are very similar but You can see they are different species by there scientific names.
Common Rat:
Scientific Name aka Genus and Species: Rattus Norvegicus
Classification:
Phylum or Division: Chordata
Class: Mammalia
Order: Rodentia
Family: Muridae
Subfamily: Murinae
House Mouse:
Scientific Name aka Genus and Species:Mus Musculus
Classification:
Phylum: Chordata
Class: Mammalia
Order: Rodentia
Family: Muridae
Subfamily: Murinae
Now yes they are very similar but You can see they are different species by there scientific names.
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Nashrakh
Little White Butterflies Staff
You can see they are different species by there scientific names.
Because science is aaaalways right!
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They are different at the genus level...
That's like the difference between your housecat and a cheetah.
That's like the difference between your housecat and a cheetah.
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How does math help determine whether a species of animal is what it is? You must be underage because anyone at least 16+ would realize how simple that is.
They are also different at the Species Level.
They are also different at the Species Level.
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Nashrakh
Little White Butterflies Staff
How does math help determine whether a species of animal is what it is?
Well, if the premises are right...
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Ouch Bro... no need for personal attacks...
I don't wana say this, for fear of making you look like an ass but... yeah... Don't get offended.
We weren't doing math... This is formal logic, and sometimes a valid argument can still result in an untrue result.
I don't wana say this, for fear of making you look like an ass but... yeah... Don't get offended.
We weren't doing math... This is formal logic, and sometimes a valid argument can still result in an untrue result.
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x-gen wrote...
That's like the difference between your housecat and a cheetah.My housecat IS a cheetah.
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I am staying on topic about the difference between Mice and Rats. Maybe you should to.
Okay math is key factor in science. But I am showing the difference in Mice and Rats.
Okay math is key factor in science. But I am showing the difference in Mice and Rats.
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Nashrakh
Little White Butterflies Staff
Well, anybody should easily be able to see the difference, but hey.
