Measuring and Recording: a skill companion
A small set of reusable sheets that grow one inquiry skill: following the same steps every time to measure with a scaled instrument, reading the scale correctly, and recording each reading with its unit, on paper or with a digital tool. Print the scaffolds once and slot them into the science lessons you are already teaching.
What a skill companion is
Inquiry skills are not a topic of their own. They grow inside the science units a class teaches all year, such as Food Chains and Habitats, The Water Cycle, Forces, Friction and Magnets, and Properties of Materials. So this pack is not a full term of lessons. It is three reusable scaffolds, a map of where they fit, and a short stand-alone lesson for teaching the skill on its own first.
Start here: five minutes
- Read the pairing map on the next page: it shows something to measure in each Year 4 topic.
- Print the procedure and log, one per group, whenever the class measures.
- Print the instrument-reading sheet once per child to practise reading scales between the labels.
- Cut out the careful-or-not cards once. They are reused all year, and the blank cards fit any topic.
- Run the one-page mini-lesson first if you want to teach the skill before folding it into a topic.
No science background needed
This pack is written for the busy generalist teacher. Each scaffold explains itself in plain words, and the answer sheet gives every reading, the card key and a quick three-level guide. The Year 4 step is reading a scale whose marks are not all numbered: count the marks between two labels to find what each mark is worth.
Slot the skill into your science lessons
Every science unit has something to measure. This map gives one for each Year 4 topic, with the instrument and unit to use, and which scaffold to reach for. You do not run these as extra lessons; you fold them into the science you teach.
| When you teach | Something to measure | Instrument and unit | Scaffold to slot in |
|---|---|---|---|
| Food Chains and Habitats (AC9S4U01) | How warm it is under the leaf litter and out in the open, where small animals live | Thermometer, °C, read at the same time in each place | Procedure and log |
| The Water Cycle (AC9S4U02) | How much rain falls each day for a week | Rain gauge, mm, typed into a class spreadsheet each morning | Procedure and log, then the rain cards |
| Forces, Friction and Magnets (AC9S4U03) | The pull needed to drag a toy wagon with heavier loads | Force meter, N, read while the wagon moves slowly | Read the instruments, then the force cards |
| Properties of Materials (AC9S4U04) | How much water each material soaks up | Measuring jug, mL: pour in, squeeze out, measure what is left | Procedure and log |
| Any science topic | Anything the class can measure | Children choose the instrument and unit that fit | Read the instruments first, then the log |
The three moves, and the picture that backs each one
When you want a worked example on the board, open the interactive unit and use the picture that matches the move children are working on.
- Record each reading with its unit, and let a digital tool draw the chart: “Read the scale: log the force-meter pull for each load” and “Record rainfall: a digital tool logs the daily readings”.
- Spot a reading that does not fit, and measure it again: “Spot the force reading to measure again”.
- Tell a careful record from a careless one: “Decide which records were measured carefully”.
How the scaffolds build the skill
The procedure and log sets out the steps to follow every time and a table to record each reading with its unit, with a line for the digital tool the class used. The instrument-reading sheet practises the hardest step, reading a scale between its labels. The careful-or-not cards sharpen the judgement behind both: a record is careful when it gives an exact reading with its unit, taken the same way each time.
Follow the steps, log every reading
The procedure: do these steps every time
- □ Choose the instrument that measures what you need.
- □ Check it starts at zero before you begin.
- □ Get level with the scale and read it straight on.
- □ Write the number and its unit straight away.
- □ Measure again the same way. If a reading does not fit, measure it once more.
Our log
| Trial | What we measured | Reading | Unit | Time or day |
|---|---|---|---|---|
| 1 | ||||
| 2 | ||||
| 3 | ||||
| 4 | ||||
| 5 | ||||
| 6 |
With a digital tool
Teacher note: a spreadsheet or a table app on a tablet both count as digital tools. The tool draws the chart, but the readings still come from reading the instrument carefully.
Read the scale between the labels
Not every mark on a scale has a number. Count the jumps between two labels to find what each mark is worth, then count on to the pointer, the water line or the top of the liquid. Write the reading with its unit.
Which instrument, which unit?
| What we want to measure | Instrument | Unit |
|---|---|---|
| How hard you pull a wagon across the floor | ||
| How much rain fell overnight | ||
| How warm the water in a puddle is | ||
| How much water a sponge soaked up | ||
| How long a bean shoot has grown |
Word bank: force meter, rain gauge, thermometer, measuring jug, ruler; N, mm, °C, mL, cm.
Is this record careful?
Cut out the cards. Lay down one aim card, then sort its record cards into two piles: careful records, with an exact reading and its unit taken the same way each time, and records that are not careful.
Teacher note: the two piles are “careful” and “not careful”. The answer sheet lists which is which, and why.
Read it, record it
Use this stand-alone lesson to teach the skill on its own, before you fold it into a science topic. Children practise reading scales between their labels, then follow the procedure to measure water in a jug and the temperature of two cups of water, and log every reading with its unit.
We are learning to
- follow the same procedure every time we measure,
- read a scaled instrument between its labels,
- record each reading with its unit, on paper or with a digital tool.
Success criteria
- I can work out what each mark on a scale is worth and read the instrument.
- I can log a reading with its unit, and say why a careless record cannot be trusted.
You need
- a measuring jug and a thermometer for each group, and two cups of tap water, one cold and one warm (not hot),
- the instrument-reading sheet and the procedure and log (scaffolds 2 and 1),
- the careful-or-not cards from scaffold 3, one set per table, cut out ahead or by fast finishers,
- a device with a spreadsheet on the board, if you have one (optional).
Lesson flow (about 30 minutes)
| 5 min | What is each mark worth? Hold up a measuring jug. Point to two labels and count the marks between them together. Ask: “There are two jumps from 100 to 200. What is each mark worth?” |
| 10 min | Read the instruments Children do the instrument-reading sheet, then check with a partner. Ask: “Where must your eyes be when you read the water line?” |
| 10 min | Follow the procedure Groups tick the steps on the procedure and log as they measure the water in a jug, then the temperature of each cup, and log each reading with its unit. Type one group’s log into a spreadsheet on the board if you can (see the box). Ask: “Two groups measured the same cup and got different readings. What should we do?” |
| 5 min | Careful or not? Tables sort the cards into the two piles. Ask: “Could someone else use this record? What is missing?” |
Running it shorter? Do the instrument-reading sheet now, and use the procedure and log in your next science lesson that measures something.
Watch for these ideas
- Thinking every mark is worth 1, whatever the labels say.
- Reading from above or below the scale instead of straight on.
- Writing a number with no unit, or rubbing out a reading that looks odd instead of measuring it again.
Make it easier, make it bigger
- Easier: read the jug and the thermometer together first, and say what each mark is worth.
- Bigger: log a reading in the morning and again in the afternoon, and use a spreadsheet to draw the chart.
Answers and look-fors
The next sheet has every instrument reading, the instrument-and-unit table, the card key, a model log and a quick three-level guide.
Answers and look-fors
Read the instruments
| Instrument | Each mark is worth | Reading |
|---|---|---|
| Force meter | 1 N (5 jumps from 0 to 5) | 7 N |
| Rain gauge | 2 mm (5 jumps from 0 to 10) | 14 mm |
| Thermometer | 2 °C (5 jumps from 20 to 30) | 26 °C |
| Measuring jug | 50 mL (2 jumps from 100 to 200) | 250 mL |
Which instrument, which unit: 1 force meter, N; 2 rain gauge, mm; 3 thermometer, °C; 4 measuring jug, mL; 5 ruler, cm.
Careful or not? cards
Force (Forces, Friction and Magnets): Measure the pull needed to drag a toy wagon with different loads.
| Record card | Careful? | Why |
|---|---|---|
| The pointer rested on the 6 mark, read straight on, so 6 N was logged. | Yes | An exact reading from the scale, read level, with its unit. |
| The pull felt about medium. | No | No number was read from the force meter, so nothing can be compared. |
| We wrote 8, with no unit. | No | Without N, nobody knows what the 8 means. |
| Each load was pulled at the same slow, steady speed, and read while the wagon moved. | Yes | The same procedure every time makes the readings comparable. |
| The force meter was read from above, at an angle. | No | Reading at an angle makes the pointer look higher or lower than it is. |
Rain (The Water Cycle): Measure the rain that falls each day for a week.
| Record card | Careful? | Why |
|---|---|---|
| The water reached the 12 line, so 12 mm was typed into the class table. | Yes | An exact reading with its unit, logged in a digital table. |
| There was lots of rain; the gauge was nearly full. | No | Lots and nearly full are not measurements. |
| The gauge was read at 9 am every day. | Yes | Reading at the same time each day makes the days fair to compare. |
| The gauge was emptied after each reading, ready for the next day. | Yes | Otherwise each day would add on to the day before. |
| The rainfall was guessed by looking out of the window. | No | The gauge was never read, so the number is a guess. |
Procedure and log: a log at standard (rainfall)
| Time or day | What we measured | Reading | Unit |
|---|---|---|---|
| Monday, 9 am | rain in the gauge | 4 | mm |
| Tuesday, 9 am | rain in the gauge | 9 | mm |
| Wednesday, 9 am | rain in the gauge | 7 | mm |
| Thursday, 9 am | rain in the gauge | 13 | mm |
A quick three-level guide
| Move | Working towards | At standard | Beyond |
|---|---|---|---|
| Follow a procedure | measures a different way each time | follows the same steps for every reading | explains why each step matters, such as reading at the same time each day |
| Read a scaled instrument | reads only the labelled numbers | works out what each mark is worth and reads between the labels | reads straight on and checks a reading that does not fit |
| Record, with digital tools | writes numbers without units | logs each reading with its unit in a table | uses a digital tool to show the log as a chart and says what it shows |
A child at standard follows the same steps for every reading, reads a scale between its labels, and logs each reading with its unit. Keep the log coming back in every topic that measures.