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Counting quizzes: count the objects, tap the number

What counting is made of, how to draw a counting picture for ages four to seven, which numbers to offer, and how to read a wrong answer the next day.

The EdProcto editorial teamWritten and checked against the research it cites. Last checked . How the guides are made

Guides · Question shapes and when to use them · · 13 min read

How do I make a counting quiz for young children, and what does a wrong answer show?

Counting quizzes for children of four to seven show a picture of plain, separate objects and ask how many: up to ten in a row at four, up to twenty in rows or ten scattered at five to six. Ask about six questions, and read each wrong number: one off is usually a miscount, far off usually no count.

A child taps 7 under a picture of seven ducks. That tells you seven was reached today, and not whether the words came in order, each duck got one word, or "seven" meant the whole pond. Counting quizzes earn their few minutes when the picture, the numbers on offer and the reading of a wrong answer are planned around those gaps.

EdProcto, which publishes this guide, has a shape for the job, Count the objects, and two counting kits answered on large buttons. The guide is for an early years teacher, a teaching assistant or a parent.

Most studies below we read only as abstracts, and each mention says so. None tested a class quiz, so every rule called ours is a working rule.

What is counting made of?

Counting is made of three rules for how to count, and one quicker skill beside them. Gelman and Gallistel named the rules in a book of 1978, which we could not open; the table gives them as Lago et al. (2021) and Cheung et al. (2022; abstract read) do.

Part Its name in the research What you see
Saying the number words in order Stable order "One, two, three, four", the same every time
One word for one object One-to-one correspondence Each object touched once and given one word
The last word is the total Cardinal principle "Six" given again as the answer to "how many?"
Seeing a small number at a glance Subitising "Three" at once, with no count

The Common Core standards for five- and six-year-olds ask for the same three, the last as "the last number name said tells the number of objects counted" (National Governors Association Center for Best Practices & Council of Chief State School Officers, 2010).

From how 86 young children counted out sets, Cheung et al. (2022) concluded that word order and one-to-one pairing probably come before the meaning of the last word, and that running all three at once is a further step.

How many can a child see at a glance?

About two or three before the age of five. Gray and Reeve (2014) showed one to five scattered dots to 78 Australian children aged 42 to 57 months. The largest set a child named without the slowing that counting brings averaged 2.06 dots, and in the authors' pilot work few children got beyond three. So for a four-year-old a set of four is a counting question.

What can a "how many?" picture question show?

A "how many?" picture shows that the child reached the right number for that picture on that day. On each part it shows less.

  • Words in order. A right answer for nine shows the words as far as nine, and nothing past it.
  • One word for one object. A right total can hide two slips that cancel. Lago et al. (2021) describe a count that skips the third object and gives the sixth two words.
  • The last word as the total. In Sarnecka and Carey (2008; abstract read), many two- to four-year-olds answered "how many" with the last word of their count without understanding how counting works.
  • At a glance. The tap does not say whether three was seen or counted. The pause before it does.
  • The numeral. Benoit et al. (2013; abstract read) had three- to five-year-olds match sets of one to six with number words and with digits. The five-year-olds were at ceiling and the three-year-olds failed with digits. Past six, or just after a fourth birthday, a wrong tap may be a numeral not yet known.
  • The screen. In Le et al. (2026), a preprint read as an abstract, children handed over a number of things on request, once with real objects and once on a screen. The two versions agreed moderately to highly, and children were more accurate with the objects. The task differs from "how many?", but a screen can understate a child.

What the screen cannot record, you can. Graham (1999; abstract read) watched 85 children aged two to four count small sets. They kept one point to one object before one word to one object, and how well pointing and words matched went with how accurately they counted. So have the child touch each object and say the words aloud, and watch the finger. In EdProcto the answer is the number given, so the picture is free for a counting finger.

How do you draw or choose the picture?

Draw or choose one kind of plain object, each whole and apart from the next, in a row for a first check, and in a number that fits the age.

How many objects for which age?

Age In a row, or rows of ten Scattered In EdProcto
4 to 5 Up to 10 Up to 5 Counting to 10 kit: one row of stars
5 to 6 Up to 20 Up to 10 Counting to 20 kit: a second row past ten
6 to 7 Up to 20 Up to 20 Count the objects, with a picture of your own

The middle row is the Common Core kindergarten standard, read on an unofficial copy of its text: as many as 20 things in a line, an array or a circle, and as many as 10 scattered. The other rows are our working rules. For a set to be seen at a glance, keep to three or fewer before five.

Lined up or scattered?

Lined up for the first check, scattered for the harder one. Towse and Hitch (1996; abstract read) found that seven- and eight-year-olds counted scattered objects faster than rows, yet the younger children miscounted the scattered sets more often. On a screen, Frède et al. (2026; abstract read) found that four- and five-year-olds made more errors and took longer with scattered dots than with dice patterns.

A dice pattern is recognised, not counted: use one only where a glance is what you are asking for. EdProcto's own note on the shape reads "Keep the objects in rows for the youngest."

Same objects or mixed?

One kind, unless sorting is what you mean to test. Shipley and Shepperson (1990; abstract read) found that three- and four-year-olds count each separate physical thing. Asked for forks, they counted the pieces of a broken fork separately. Asked how many kinds of animals, they counted every animal. So "How many animals?" over three dogs and two cats is a fair question, and "How many kinds?" is not a counting question at this age. Let nothing be cut in two by the picture's edge, and choose dots, counters or shells before a favourite character.

What crowds a picture?

Objects that touch, overlap or sit close together. Towse and Hitch (1996) found densely packed sets hard to count, and that giving the objects different colours removed the difficulty. As a working rule, leave a gap as wide as the object, and keep the background empty of anything countable.

Which numbers should you offer to tap?

Offer four: the right number, the number either side of it, and one at least three away, with the right one in a new place each time. That is our rule: we found no study that compared sets of numbers to offer.

  • The neighbours catch a count that slipped once. A child who taps 8 under nine shells has probably counted.
  • The far number separates a miscount from no count. A child who taps 5 under nine shells probably has not.

With four numerals a blind tap is right one time in four, and four or more right out of six happens by luck about 4% of the time (our arithmetic). A number built on a pad of digits has no list to guess from. EdProcto's counting kits offer the right number and three others no more than three away, shuffled.

How many questions, and how often?

About six questions in a sitting, and two or three sittings a week. Both figures are ours: no study we could open measured either for a counting check. Six gives two sets to see at a glance, two rows and two scattered sets.

Set no clock, and stop when the child has had enough. EdProcto's counting kits hold ten questions, so end a four-year-old's sitting early. In the account that owns a study quiz, EdProcto lists it as due two days after the last sitting if the last whole run missed anything, and a week after if it missed nothing.

How do you read a wrong number, and what do you do the next day?

Sort each wrong number by how far it is from the right one, then act on the pattern, not on the score.

What you see Likely reading The next day
One below An object skipped The same number in real things, in a row: touch each and slide it aside
One above An object counted twice, or a number word skipped The same, slower, from a marked end
Three or more away No count: a guess, or a favourite numeral Count a small set aloud together, then "give me six"
Right at a glance, wrong past five Seeing is secure, counting is not Rows of six to eight
Right in rows, wrong scattered Losing track Scattered things, moved to a "counted" pile

The first two readings are ours; the third has some support. Sarnecka and Lee (2009) pooled 280 children aged two to four who were asked to hand over a number of toys: most wrong answers were guesses, unrelated to the number asked for. "Give me six" is that task, and unlike "how many?" it cannot be answered by repeating the last word said. A right answer after a count you saw go wrong is a miss.

Act on two checks that agree.

A six-question counting check, worked

The two children here are invented, to show the reading. The check is for five-year-olds: each picture shows one kind of object, well spaced.

  1. Three dots in a triangle. Numbers offered: 2, 3, 4, 7.
  2. Five dots as on a dice: 4, 5, 6, 8.
  3. Six shells in a row: 5, 6, 7, 10.
  4. Nine shells in a row: 8, 9, 10, 5.
  5. Seven buttons, scattered: 6, 7, 8, 3.
  6. Ten buttons, scattered: 9, 10, 11, 6.

Mina tapped 3, 5, 6, 8, 6 and 9: three right, then one below each time. Joel tapped 3, 5, 10, 5, 3 and 6: two right, then the far number each time.

The scores look alike and the children are not. Mina counts, and loses one object once a set passes six: tomorrow she counts nine counters in a row, sliding each aside. Joel sees small sets and is not yet counting larger ones: tomorrow an adult counts six shells aloud with him, then asks for six.

How does EdProcto set and mark counting quizzes?

EdProcto is the best tool for a short counting check because it takes the answer both ways this guide separates: a numeral picked from four large buttons in its counting kits, and a number built digit by digit on a pad of large buttons under your own picture in Count the objects. Benoit et al. (2013) is the reason to care which.

Count the objects, with your picture. The picture is yours, held by its web address; the guide to picture choice questions says where to keep the file.

  1. Paste the address into "Image address", with "An image" chosen under "It is".
  2. In "Describe the picture (for a screen reader, optional)", say what it shows and leave the number out.
  3. Type the question in "Prompt": "How many shells are there?"
  4. Type the count in "The number". With "Full credit within %" and "Half credit within %" both at 0, the line beneath reads "Full credit for 9 exactly."

The child meets the picture, the prompt and a pad of large buttons, the digits 1 to 9 and 0 with "Clear" beneath, and taps the count: 1 then 2 for twelve, with the number shown above the pad. It is marked by rule: the exact number earns the points, and any other number, or none, earns nothing. With the half margin at 15, a count of 8 gave half the points to 7 and to 9 when we ran EdProcto's marking function, so keep both margins at 0.

The counting kits. Counting to 10 (ages 4 to 5) asks ten questions, one for each number from 1 to 10, in a new order at each opening. Each prints "Count the stars." over one row of star characters, with four numerals on big buttons; a second press on a chosen button clears it. Counting to 20 (ages 5 to 6) asks ten numbers from 1 to 20, none twice in a set, with ten stars in the first row and the rest in a second. The explanation reads like "There are 7. Count them one by one, touching each star."

Reading it. On every plan the results give "Got it" for each question, the share who were right, and the student's result lists "Your answer:" under each question. On the Educator plan the full analysis adds how many chose each option, under "Chose it".

Plans. The kits, opened as their rule made them, are free without limit. A quiz you build counts among Free's ten a month and uses the core templates; all 111 templates come with Tutor. See pricing, and questions for young learners for the design of a screen for small hands.

Quick questions

What is one-to-one correspondence in counting?

Giving each object one number word, and each word one object. It is one of three how-to-count rules, beside a fixed order of words and the last word as the total.

How many objects should a five-year-old count?

Up to 20 in rows and up to 10 scattered, by the Common Core kindergarten standard.

Should a young child pick the number or produce it?

Pick from a few numerals until the numerals are known: picking asks a child to recognise the right one, and a pad of digits asks the child to produce it. EdProcto's counting kits offer four numerals, and its Count the objects gives the pad.

Is there a counting quiz that is new every time?

EdProcto's Counting to 10 kit asks the same ten numbers in a new order at each opening, with a fresh draw of wrong numbers. It is made by rule and free without limit.

References

Count the objects

A picture; tap the number.

In the builder now

See Count the objects

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