Needle Angles: Standard medication doses for adults are to be rounded to the nearest tenth (0.1) of a milliliter. The standard 3-mL syringe is calibrated in tenths of a milliliter. The nurse should not administer more than 3 mL per intramuscular or subcutaneous injection site; when a volume greater than 3 mL is required, a 5-mL syringe, calibrated in fifths, may be used.
Rounding Dice Game - add a decimal after the first digit of the original number and round to nearest tenth, hundredth, and thousandth
Pi Day activity for math class! In this holiday-themed activity, students practice calculating area and circumference of circles. Students travel in pairs to eight stations as they practice solving problems involving circles, semi-circles, and quarter-circles. Practice problems range from very easy to challenging. Calculators are highly recommended due to some "unfriendly" numbers. Students will use 3.14 to represent pi and round answers to the nearest tenth. By Free to Discover.
This provides you with everything you need to teach your students how to round to the nearest: - Ten - Hundred - Thousand - Ten Thousand - Tenth - Hundredth This product includes a complete set of classroom posters that give students step-by-step instructions for rounding. It also includes differentiated worksheets to give your students the practice they need to master this important skill!
FREE: In this activity, students solve different problems with equivalent answers, then work together to compare answers. (NOTE - answers are the same when they're rounded to the nearest tenth).Once solved, students partner up and compare answers and methods of solving the problems.
Volume of Cylinders Task Cards + Recording Sheets CCS: 8.G.9Included in this product: *20 unique task cards dealing with finding volume of cylinders **Please note that for each card, students should round to the nearest tenth if necessary***4 different recording sheets*Answer KeyThese cards are great for math centers, independent practice, "SCOOT" and other cooperative learning models.Digital background papers by EMILY WEAN