What type of maths inquiry do we employ the most and the least in our classrooms?
Demonstrated Inquiry

Structured Inquiry

Guided Inquiry

Open Inquiry


Posing the question

Teacher

Teacher

Teacher

Student

Planning the procedure

Teacher

Teacher

Student

Student

Drawing conclusions

Teacher

Student

Student

Student

How can we veer away from the dominating structured inquiry approach in maths?
Looking at our first maths unit this year (below), I wonder what types of inquiry should be employed and when?
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Maths Unit
Central Idea:
Our base 10 number system evolved for a variety of reasons and led to place values that extend infinitely in both directions.
Lines of Inquiry:
° FUNCTION: How our HinduArabic number system place values extend infinitely in both directions
° FUNCTION: How our base 10 number system works
° CAUSATION: Reasons we can multiply / divide whole and decimal numbers easily by 10, 100, 1 000 etc
° CAUSATION: Reasons we can multiply / divide whole and decimal numbers easily by 10, 100, 1 000 etc
other ancient number systems Eg, Roman, Egyptian,
Babylonian etc
° CAUSATION: Reasons the HinduArabic number system was formed
° FORM: What the location of negative numbers in relation to zero is like
°CONNECTION: How we use negative numbers in our real lives
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Lead In:
As a lead in for the unit, we will discuss whether or not numbers really do exist or not. If all the people in the world suddenly vanished, would numbers still exist? I've done this in the past and its fascinating what children think about this and how they support their reasons. The discussion also leads to many questions they generate and quite a few obvious 'light bulb' moments as children realise maths is a concept, its not a concrete entity in their lives.
Then we will share theories we might have of why our number system is based upon 10. (A common and interesting theory is that it is because we have 10 fingers. Later in the unit, we will revisit this idea and the children will create their own number systems based on 3 or 7 etc imagining that is the number of fingers people had)
Looking at the planner, perhaps I could allocate a different type of inquiry structure to each line of inquiry.....
° FUNCTION: How our HinduArabic number system place values
extends infinitely in both directions
( Open Inquiry: Give students the beginnings of a number place value line with positive and negative place values. Individuals or small groups generate questions and devise ways to find out how place value works in both directions. Able to use laptops, manipulatives etc to explore. Share what we did and what we discovered)
° FUNCTION: How our base 10 number system works
(Guided Inquiry: Identify elements of our number system by analysing number grids etc. Discuss theory behind having a base 10 number system: 10 fingers. Provocation What is people had 3 fingers or 7 fingers? Individually or in small groups, create a base 3 or a base 7 number system. How would it work? How is it similar or different to our base 10 number system? Share with class)
° CAUSATION: Reasons we can multiply/divide whole and decimal
numbers easily by 10, 100, 1 000 etc
(Guided Inquiry: Invite some students to show how we can multiply and divide numbers by 10 and 100. Students then enquire into the patterns and changing of place values when we multiply and divide by 1 000, 10 000 etc. Extend this enquiry further with finding out how this works with decimal numbers  money  and negative numbers)
other ancient number systems Eg, Roman, Egyptian,
Babylonian etc
(Open Inquiry: Provoke student questions by showing parts of ancient number systems. Groups generate questions they want to discover about a particular number system, explore and share enquiries)
° FORM: What the location of negative numbers in relation to zero is like
(Structured Inquiry: Look at temperature readings around the world where there is a negative temperature and explain its meaning using number lines)
° CONNECTION: How we use negative numbers in our real lives
(Structured Inquiry: Brainstorm and ask parents at home to collate ideas together for discussion)
Looking at this, I feel it is fairly studentcentred as they will have quite a lot of opportunities to take ownership of their learning and it will hopefully set the tone successfully of the expectations in how their maths learning will be for the year......
What year level are you teaching?
ReplyDeleteHiya, I'm teaching Year 6 (Grade 5). I've done similar with Year 3 before, just simpler version though of course. :)
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