Counting to 10
For ages 4 to 5.

Ten rows of stars, one for each number from 1 to 10, in a new order every time it is opened. The child counts and taps the number.Start the quiz Every kit

What it asks

  1. Count the stars. ★★★★★★★★
    5 · 8 · 10 · 6
    There are 8. Count them one by one, touching each star.
  2. Count the stars. ★★★★★★★★★
    8 · 9 · 6 · 7
    There are 9. Count them one by one, touching each star.
  3. Count the stars. ★★★
    4 · 2 · 3 · 5
    There are 3. Count them one by one, touching each star.
The facts
Field
Mathematics
Level
ages 4 to 5
Questions
10, fresh each time
Shape
Big buttons
Made by
rule, in code, no model
Settings
practice: answers at once, retries without limit, no security

About this kit.

Ten rows of stars, one for each number from 1 to 10, in a new order every time it is opened. The child counts and taps the number.

What the mathematics kits are

The mathematics kits run from counting and the first number bonds through tables, fractions, percentages, algebra, geometry, statistics and calculus. The arithmetic kits are made by rule: every time one opens, the numbers are new, so a child can do the same kit every day and never see the same sum twice. The higher kits are written from your own textbook, chapter by chapter, so the questions use your course's notation and methods.

Why they are built this way

Mathematics is learned by doing many problems with feedback, and it is the one subject where a fresh problem can be made by rule without limit. A worksheet has twenty sums; a rule kit has as many as the student has minutes. The explanation after each answer shows the method, so a wrong answer becomes a worked example.

How to use them

For daily practice, open the rule kit for the child's stage and let them do ten minutes; the dashboard shows what they missed. For a course, paste the chapter and let Procto AI write from it, in the show-your-working shape where the method earns marks. Use the estimate shape for measurement and the expression shape for algebra, and set the tolerances.

Made by rule

This kit is made in code: every time it opens, the numbers, words or arrangements are drawn fresh from its rule, so the same kit taken twice is two different quizzes from one rule. There is no answer bank to find, and the practice never runs out. Each question carries its explanation, shown at once in study mode.

The shape: big buttons

Multiple choice with buttons a small hand can hit: the same question, an interface a child can use.

Marked by rule at once, with the answer and a plain explanation shown straight away in study mode, so the child learns from the miss. A traced path is the one shape here that waits for you to grade. The parent's dashboard shows what was right, what was missed and what to try again.

Taking it

Open it in study mode for the answer and the explanation after each question, and a retry of only what you missed. Switch to exam mode for the real conditions. It comes due again in a few days; the dashboard shows what is due and what you missed last time. Share it with a code for a class, print it as a paper, or host it on a screen for a room.

Questions.

What is in the Counting to 10 kit?
10 questions made by rule with fresh numbers every time it is opened, each with an explanation. Ten rows of stars, one for each number from 1 to 10, in a new order every time it is opened. The child counts and taps the number.
Does it cost anything?
A free account opens every kit. Procto AI’s writing runs on a monthly allowance that the free plan includes; a children’s kit uses none of it, because its questions are made by rule.
What happens after the quiz?
The study screen shows the answer and the explanation after each question, then the questions missed, and offers a retry of those. Come back in a few days and take it again: what is still right then is what is known.