valid
Inductive arguments should never be characterized as guaranteeing truth or absolute certainty. This is because inductive reasoning relies on specific examples to draw general conclusions, which are probabilistic and open to revision based on new evidence.
A deductive argument should never be characterized as uncertain or probabilistic. It aims to provide a conclusion that necessarily follows from the premises, making it either valid or invalid based on the structure of the argument and the truth of the premises.
Kant's principle means that individuals should not be manipulated or used solely for the benefit of others; they have inherent value and should be respected as such. It emphasizes the importance of treating people with dignity, as rational beings capable of making their own choices and deserving of respect.
The philosophy of science examines the nature of scientific knowledge, theories, and methods, focusing on how science works and what counts as scientific. In contrast, the philosophy of history explores the nature of historical knowledge, causation, interpretation of events, and the role of history in understanding human societies and cultures. Both disciplines raise questions about the nature of knowledge, evidence, and interpretation but apply them to different domains of inquiry.
No, an argument cannot be both valid and fallacious. A valid argument follows logically from its premises to its conclusion, while a fallacious argument contains a flaw in its reasoning. If an argument is fallacious, it is by definition not valid.
"One should always treat others as ends in themselves, never merely as a means to an end."
True
A deductive argument should never be characterized as uncertain or probabilistic. It aims to provide a conclusion that necessarily follows from the premises, making it either valid or invalid based on the structure of the argument and the truth of the premises.
an inductive argument is when a person gives facts and evidence then draws a conclusion. a good example of the is the Declaration of Independence.
If Mansa Musa had never converted to Islam, Mali would have never become wealthy. stion…
you should always try to talk things over and NEVER let your emotions take over you. okay and if that dont work then just try to stay alone for a little bit. okay.
I have never heard of that before, but it seems to me that it is a debate with only one rebuttal per side. A rebuttal is a speech where a team is allowed to make arguments on pre-existing arguments, but they are not allowed to bring up new arguments.
I have never heard of that before, but it seems to me that it is a debate with only one rebuttal per side. A rebuttal is a speech where a team is allowed to make arguments on pre-existing arguments, but they are not allowed to bring up new arguments.
its solely dependent upon parents and children and there thinking...if they never listened to you in past..you are definitely going to have arguments in future as you will always think that you don't get importance in family..but if they have always listened to you..then its a chance you may have less arguments..but as teenagers, we often have arguments with parents, because we are constantly changing our views (but our parents aren't), so of course this leads to arguments.
deep zone.
I've never seen an advantage. They always seem to get into arguments with each other.
They had many arguments, but Breezepelt and Crowfeather never had a battle. Not yet anyway.
Please remember proof gives absolute truth, which means it HAS to be true for all cases satisfying the condition. Hence, inductive reasoning will NEVER be able to be used for that ---- it only supposes that the OBSERVED is true than the rest must, that's garbage, if it's observed of course it's true (in Math), no one knows what will come next. But it's a good place to start, inductive reasoning gives a person incentive to do a full proof. Do NOT confuse inductive reasoning with inductive proof. Inductive reasoning: If a1 is true, a2 is true, and a3 is true, than a4 should be true. Inductive Proof: If a1 is true (1), and for every an, a(n+1) is true as well (2), then, since a1 is true (1), then a2 is true (2), then a3 is true (2). You see, in inductive proof, there is a process of deductive reasoning ---- proving (1) and (2). (1) is usually, just plugin case 1. (2) provides only a generic condition, asking you to derive the result (a (n+1) being true), that is deductive reasoning. In other words, proof uses implications a cause b, and b cause c hence a cause c. Inductive says though a causes c because I saw one example of it.