A student notices that every Friday,the school cafeteria serves pizza.This has happened for the last 6 Fridays.
Using inductive reasoning,what can the student predict will be served next Friday?
Answer:
The student can predict that pizza will probably be served next Friday
why?
Inductive reasoning uses patterns from observations to make predictions.
Two ride-share drivers are comparing how much they earn:
Question:
who earns more money per hour?
Answer:
Driver A:
96÷6=16
= $16/hour
Driver B:
120÷8=15
= $15/hour
Driver A earns more money per hour.
A contractor is building a square garden with an area of 81 m².
Question:
What is the length of one side of the garden?
(Hint: Use square roots.)
Answer:
The area of a square is:
s2=81
Take the square root:
s=square root of 81
s=9
The side length is 9 m.
At a school tournament:
Question:
Can you conclude that Marcus is definitely a basketball player? Explain why or why not using deductive reasoning.
Answer:
No, we cannot conclude Marcus is definitely a basketball player.
Why?
The statement only says:
But other athletes could also wear jerseys.
This is not enough evidence to guarantee Marcus plays basketball.
A delivery company compares two bike couriers:
The company predicts Courier A will always be faster because they were faster today.
Question:
Courier A:
45÷1.5=30= 30 km/h
Courier B:
64÷2=32= 32 km/h
Courier B is actually faster.
The company is using inductive reasoning because they are making a prediction based on one observation.
No, the conclusion is not guaranteed to be true.
Inductive reasoning makes predictions, but predictions can sometimes be incorrect.