22.
Laws of science are derived using INDUCTIVE REASONING - they are conclusions drawn from the patterns we observe in nature Consider one more example of inductive reasoning
23.
? The sum of the first ten odd counting numbers
24.
The sum of the first ten odd counting numbers Sum of the first 2 = 2x2 Sum of the first 3 = 3x3 Sum of the first 5 = 5x5 Sum of the first 4 = 4x4
25.
The sum of the first ten odd counting numbers Sum of the first 2 = 2x2 Sum of the first 3 = 3x3 Sum of the first 5 = 5x5 Sum of the first 4 = 4x4 If you observe the pattern, and conclude that the sum of the first 10 odd counting numbers is 10x10 then you are using inductive reasoning!
26.
Inductive reasoning does not always yield a true conclusion. Based on observation and experience, some ancient people concluded that the sun revolved about the earth.
28.
Students in a science class are instructed to sprinkle salt into a Bunsen burner flame. Each time salt is sprinkled into the flame, the flame turns yellow. What assumption should the class make from their observations? The class decides that the salt always burns with a yellow flame.
29.
An auto assembly plant can produce a maximum of 300 cars per day. A production line technician observes that during the first three hours of a production day the number of cars coming off the assembly line double each hour. Hours 1 2 3 4 â€¦ Cars 10 20 40 ? â€¦ Make a observation about the 4 th hour. What about the 10 th hour?
30.
Use inductive reasoning to find the next two terms in each sequence of numbers. 1, 5, 9, â€¦ -12, -5, 2, â€¦
31.
Give a counter example to show that each statement is false. If a number is divisible by 2, then it is divisible by 4. If x + 1 > 0, then x is positive.
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