theory deductive reasoning inductive reasoning falsifiable controlled experiment
ID: 201049 • Letter: T
Question
theory deductive reasoning inductive reasoning falsifiable controlled experiment 1. Scientists use a general process known as to ask and answer questions about nature. a generalized conclusion can often be drawn from a 2. Using a type of logic known as large number of specific observations. 3. A(n) can be tested by additional observations or by experiments is a proposed explanation for a set of observations. It leads to predictions that scientific inquiry provable uses "if.. .then" logic to proceed from a general hypothesis to specific predictions of results that can be expected if the general premise is true. 5. A hypothesis must be testable and -there must be some observation or experiment that could show that it is not true. 6. A(n) involves both an experimental group and a control group, which are alike except for the one variable that the experiment is designed to test is broader in scope than a hypothesis, is supported by a large body of and new 655 PMExplanation / Answer
AS PER CHEGG POLICY, PROCEEDING TO ANSWER ONLY THE FIRST 4 QUESTIONS/SUBPARTS, THAT IS, QUESTIONS 1 TO 4:
ANSWER 1.
Scientists use a general process known as scientific inquiry to ask and answer questions about nature.
ANSWER 2.
Using a type of logic known as deductive reasoning, a generalized conclusion can often be drawn from a large number of specific observations.
ANSWER 3.
A(n) hypothesis is a proposed explanation for a set of observations. It leads to predictions that can be tested by additional obervations or by experiments.
ANSWER 4.
Inductive reasoning uses "if...then" logic to proceed from a general hypothesis to specific predictions of results that can be expected if the general premise is true.
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