There are infinite circles which can be drawn with 2 defined points.. Because if we have 2 points then we can draw infinite equal intersecting lines in infinite directions, These intersecting lines are the radii of the circles. Like : we have 2 points You can draw infinite isosceles triangles as taking the line joining the points For example (activity) : we have 2 points A, B so let's join A and B which will make line AB and so let's take another point C and place that point in such a way that AC = AB and we observe that there are infinite points which can be placed in such a way like how we marked C. Now draw a circle with center C and radius A, we will observe that the circle also cuts through B and so as we have infinite points like C, so we can have infinite circles ..... And so we conclude that infinite circles with different radii can be drawn through two defined distant points ...
No, it is not an adverb. The conjugation "will make" is the future tense of the verb "to make".
Yes two negatives do make a positive if you multiply.
No there is not.
Assuming a forty hour work week, you will make, minus taxes, $1120.
Critical thinking is used to apply logic and reason to observations and conclusions in order to evaluate and analyze information effectively. It involves the ability to identify patterns, make connections, and draw conclusions based on evidence and sound reasoning.
Empirical generalization is the process of drawing broad conclusions based on empirical evidence or data collected from observations or experiments. It involves identifying patterns or trends in data to make predictions or draw conclusions about a specific phenomenon or relationship.
Observation is the act of watching and noting a phenomenon in an experiment. It involves recording data, patterns, and outcomes to draw conclusions and make inferences based on the results.
Data is collected about individuals or objects in order to analyze and draw conclusions. This process involves gathering, organizing, and interpreting information to make informed decisions or predictions based on patterns or trends identified in the data.
In induction, you observe a pattern in specific cases and then make a generalization or prediction based on that pattern. This process involves moving from specific instances to broader conclusions.
Repeated experiments involve conducting the same experiment multiple times to gather data and observe trends or patterns. By analyzing the results from each repetition, scientists can identify consistent outcomes, note any variations, and draw conclusions about the reliability of their findings. This approach allows for increased confidence in the results and enhances the ability to make meaningful interpretations based on the accumulated data.
It means to make some hypotheses about an event or events. These should be based on some evidence but all to often people draw conclusions based on prejudices.
Inductive reasoning is often used to predict what you may expect to observe. This type of reasoning involves making generalizations based on specific observations or patterns. By using inductive reasoning, you can make educated guesses about future observations or outcomes based on past experiences.
a thesis is based of an observation. observe the rock
Don't jump to conclusions based on incomplete evidence.
Facts
Chisholm uses inductive reasoning by presenting specific examples or cases to support her general conclusions or claims. By highlighting patterns or trends from these examples, she aims to make a strong case for her argument based on the observed evidence. This approach allows her to draw broader conclusions from specific instances, enhancing the persuasiveness of her argument.