5. Which of the following is not a prerequisite for concrete whole number operations?
One-to-one correspondence
MS.CHAR.08.07.03 – Assess, plan, and teach 13 higher-level concepts included in this
chapter, in line with national standards.
United States – NAEYC. 05a – Understand content knowledge and resources in language,
math, and science.
Bloom’s Taxonomy: Understanding
6. John has three miniature cars. His mother buys him two more. “Now I have three and two more. That’s four, five—five
cars.” John’s age is probably about
MS.CHAR.08.07.03 – Assess, plan, and teach 13 higher-level concepts included in this
chapter, in line with national standards.
United States – NAEYC.05c – Design, implement, and evaluate developmentally meaningful
and challenging curriculum for each child.
Bloom’s Taxonomy: Understanding
7. Select the choice that is not a necessary prerequisite to solving addition and subtraction problems at the symbolic level.
The ability to connect groups and symbols
The ability to write symbols 0 to 10
The ability to do concrete addition and subtraction problems
The ability to identify numerals 0 to 9
MS.CHAR.08.07.03 – Assess, plan, and teach 13 higher-level concepts included in this
chapter, in line with national standards.
United States – NAEYC.05c – Design, implement, and evaluate developmentally meaningful
and challenging curriculum for each child.
Bloom’s Taxonomy: Understanding
8. If children can count 10 objects accurately, can identify the numerals 1 to 10, have a good grasp of one-to-one
correspondence, and can rote count accurately past 10, they are ready to
use the first-grade workbook.
count quantities above 10.
do written addition and subtraction problems.
memorize more basic facts.
MS.CHAR.08.07.03 – Assess, plan, and teach 13 higher-level concepts included in this
chapter, in line with national standards.
United States – NAEYC.05c – Design, implement, and evaluate developmentally meaningful