Multiplication worksheets
Practice products of two whole numbers from the range you choose. The answer key lists each product.
Ten right triangles a page, each drawn to its own shape and turned a different way, with two sides given and x on the side to find: the hypotenuse, a leg, or either. Or answers to the nearest tenth, three lengths to test for a right triangle, or word problems. The answer key works each one through a² + b² = c². New triangles each time.

2 pages · US Letter · Portrait
Free, with no account, email or watermark. Print at 100% or Actual size.
Ready-made PDF (Letter) · Free to print and share copies · Check your print size
In the Common Core, using the Pythagorean theorem to find a missing side of a right triangle is grade 8 work, and so is its converse, telling from three lengths whether a triangle has a right angle. Start with the hypotenuse, then a missing leg, then the two mixed; move to the nearest tenth once the squares and square roots come easily, and finish with the word problems.
In a right triangle a² + b² = c², where a and b are the legs, the two sides that make the square corner, and c is the hypotenuse, the side across from it and always the longest. For legs of 6 and 8: 6² + 8² = 36 + 64 = 100, and √100 = 10, so the hypotenuse is 10.
To find a leg, take away instead of adding: with a hypotenuse of 13 and a leg of 5, x² = 13² − 5² = 169 − 25 = 144, so x = 12. Adding by mistake gives √194, about 13.9, longer than the hypotenuse, which cannot be right: a leg is always shorter than the hypotenuse. That is why some triangles on these sheets lie on their longest side.
Square the two shorter sides and add, then compare with the longest side squared. For 9, 12 and 15: 81 + 144 = 225, and 15² = 225, so it is a right triangle. For 6, 8 and 11: 36 + 64 = 100, but 11² = 121, so it is not. The longest side is c even when it is not written last.
Most square roots are not whole numbers. For legs of 4 and 7: 16 + 49 = 65, and √65 is about 8.06, which is 8.1 to the nearest tenth. A calculator gives the square root; the key shows the number under the root, so a wrong sum is easy to spot.
Practice products of two whole numbers from the range you choose. The answer key lists each product.
Add pairs of whole numbers from your chosen range. Write each sum in the blank and check it against the answer key.
Subtract the smaller whole number from the larger one. Answers are zero or positive, with a separate key for checking.
Divide a whole-number product by one of its factors. Every question has a whole-number answer; these sheets do not use remainders.
Add two fractions with the same denominator. The answer key reduces each result by its greatest common divisor.
Read an analogue clock and write its time. Questions use five-minute intervals, with the hour and minute in the answer key.
Count the coins and write the total in cents: pennies, nickels, dimes and quarters drawn at their real size, six groups a page, totals under a dollar, with the answers on the key. Leave out the quarters for an easier sheet. New coins each time.
Number bonds to 10: the whole in the top circle, its two parts below, and one of the three left empty to fill in. Choose the largest whole, up to 100, and how many bonds; the answer key is on the last page.
Place value practice with numbers of 2 to 5 digits: half the questions ask what one digit is worth, as the 4 in 3,482 is worth 400, and half ask for the number in expanded form, as 3,000 + 400 + 80 + 2. The answer key is on the last page.
Six lines drawn at their true length, to measure with a ruler from the left end and write down to the nearest half inch, then two lines to draw at a given length, with a ruler to cut out at the foot of the page and the answers on page 2. Choose whole, half, quarter or eighth inches, or whole or half centimetres.
Six angles a page, drawn at their true size from 10 to 170 degrees in steps of 5, to measure with a protractor and circle as acute, right or obtuse, with the answers on the key. One arm lies flat to start, pointing left or right; on the harder sheet both arms turn. New angles each time.
Eight flat shapes a page to name, and to count the sides and corners of: triangle, square, rectangle, rhombus, trapezoid, pentagon, hexagon, octagon, circle and oval, with the answers on the key. On the harder sheet each shape is turned and the triangles and rectangles change shape, so the name rests on the sides. New shapes each time.
No sheets match that. Try a shorter word.
Use the same paper size in the PDF and printer settings. Choose Actual size or 100%. Print a sample before making copies.