NZ Maths Week
Monday 11 August β Friday 15 August
Hereβs some hands-on science activity that integrates the NZ Maths Curriculum and Science Capabilities for Years 1β8.
1. π Rainbow Ramp β Exploring Forces and Measurement
π§ͺ Overview
Students build a simple ramp and roll different objects down it, measuring how far each object travels. They record, compare, and graph the results.
π― Learning Focus
Science: Forces, motion, friction
Maths: Measuring distance, comparing data, creating graphs
π NZ Maths Curriculum Links
Understand: Distance as a measurable attribute
Know: Units of length (cm, m)
Do: Measure and compare distances; represent data visually
π¬ Science Capabilities
– Gather and interpret data
– Use evidence
– Critique evidence
– Interpret representations
– Engage with science
π§° Materials Needed
– Cardboard or wooden ramp
– Books or blocks (to elevate ramp)
– Toy car or small objects (marble, ball, eraser)
– Ruler or measuring tape
– Recording sheet
– Graph paper or digital graphing tool
π Instructions
Set up the ramp at a fixed angle using books or blocks.
Predict which object will travel the furthest and why.
Roll each object down the ramp one at a time.
Measure the distance each object travels from the base of the ramp.
Record the data in a table.
Graph the results using a bar graph.
Discuss which object went the furthest and why.
π Extensions
– Change the ramp angle and compare results.
– Use stopwatches to measure time and calculate speed.
– Introduce friction by adding different ramp surfaces (e.g., sandpaper, fabric).
2. π§ Melting Race β Exploring Heat and Measurement
π§ͺ Overview
Explore how different materials affect the rate of melting ice using measurement and time tracking.
π― Learning Focus
Science: States of matter, heat transfer
Maths: Measuring time, comparing durations, creating bar graphs
π NZ Maths Curriculum Links
Understand: Time as a measurable attribute
Know: Units of time (seconds, minutes)
Do: Measure and compare durations; represent data visually
π¬ Science Capabilities
– Gather and interpret data
– Use evidence
– Critique evidence
π§° Materials Needed
– Ice cubes
– Metal tray
– Plastic lid
– Fabric
– Wood
– Stopwatch
– Recording sheet
π Instructions
Place ice cubes on different surfaces.
Predict which will melt fastest.
Time and record melting duration.
Graph and discuss results.
π Extensions
– Try placing ice cubes in sunlight vs. shade.
– Use coloured ice cubes to explore light absorption.
– Graph melting time vs. surface temperature.
– Introduce insulation materials and test their effects.
3. π Paper Helicopters β Investigating Air Resistance
π§ͺ Overview
Design and test paper helicopters to explore how changes in design affect fall time.
π― Learning Focus
Science: Forces, air resistance
Maths: Measuring time, identifying variables, comparing outcomes
π NZ Maths Curriculum Links
Understand: Relationships between variables
Know: Measurement tools and units
Do: Conduct fair tests; record and compare results
π¬ Science Capabilities
– Interpret representations
– Engage with science
– Critique evidence
π§° Materials Needed
– Paper
– Scissors
– Paper clips
– Stopwatch
– Ruler
π Instructions
Create paper helicopters.
Drop from height and time descent.
Modify one variable and repeat.
Record and compare results.
π Extensions
– Test helicopters made from different paper types (cardboard, tissue).
– Add weight (paper clips) and observe changes.
– Measure descent time and calculate average speed.
– Create a competition for longest flight time.
4. π§ Dissolving Detectives β Solubility and Fair Testing
π§ͺ Overview
Test how quickly different substances dissolve in water using timers and fair testing principles.
π― Learning Focus
Science: Mixtures, solubility
Maths: Measuring time, creating data tables
π NZ Maths Curriculum Links
Understand: Variables and fair testing
Know: Time units and data structures
Do: Record and compare results; use tables
π¬ Science Capabilities
– Critique evidence
– Use evidence
– Gather and interpret data
π§° Materials Needed
– Salt
– Sugar
– Baking soda
– Sand
– Water
– Cups
– Spoons
– Stopwatch
π Instructions
Add each substance to water.
Stir and time dissolving.
Record results in a table.
Compare and discuss.
π Extensions
– Test solubility in warm vs. cold water.
– Explore stirring speed as a variable.
– Introduce concepts of saturation and concentration.
– Create a dissolving race and predict outcomes.
5. ποΈ Bridge Builders β Exploring Strength and Structure
π§ͺ Overview
Build bridges from different materials and test how much weight they can hold.
π― Learning Focus
Science: Engineering, material strength
Maths: Counting, comparing weights, data collection
π NZ Maths Curriculum Links
Understand: Structure and function
Know: Units of weight (grams)
Do: Count and compare; represent data
π¬ Science Capabilities
– Engage with science
– Use evidence
– Interpret representations
π§° Materials Needed
– Paper
– Straws
– Tape
– Coins or weights
– Ruler
π Instructions
Build bridges from materials.
Test with weights.
Record how much each holds.
Compare and discuss.
π Extensions
– Explore different bridge designs (arch, beam, truss).
– Use digital scales to measure exact weight held.
– Link to geometry by measuring angles and lengths.
– Create a bridge-building challenge with limited materials.