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Simplifying and Rearranging Expressions — Free MYP1 Mathematics Practice Questions
1QuestionCombining Like TermsConcept Practice
2 marks~3 minCriterion A
A rectangle has side lengths of (2x+3) cm and (x+5) cm. Its perimeter is 40 cm.
Using P=2(length+width), calculate the value of x. [2]
Solutions
2QuestionUsing the Distributive PropertyAssessment Practice
5 marks~8 minCriterion C
A garden has two sections side by side, both with a width of 3 m. One section is 4 m long and the other is x m long.
a
Identify the expression that shows the total area of the garden as a single multiplication. [1]
b
Calculate the total area of the garden when x=5, using both expressions below. Show your working.
3(4+x)and3×4+3×x [2]
c
Describe one way in which the expression 3(4+x) and the expression 3×4+3×x are the same and one way in which they are different. [2]
Solutions
3QuestionCombining Like TermsConcept Practice
2 marks~3 minCriterion B
The diagram shows a row of squares growing one square at a time.
Shape 1 has 1 square. Shape 2 has 2 squares. Shape 3 has 3 squares.
a
Identify how many squares Shape 4 has. [1]
b
Describe, in one sentence, how the number of squares changes each time the shape number goes up by one. [1]
Solutions
4QuestionUsing the Distributive PropertyAssessment Practice
6 marks~9 minCriterion D
A rectangular garden bed has a length of (x+3) metres and a width of (x+2) metres, where x is a whole number.
a
Name the expression for the area of the garden bed. [1]
b
Calculate the area when x=4. Show your working. [2]
c
A friend says: "This formula will always give the exact area of any real garden."
Describe one reason why this might not be true, and give an example of a garden feature that would cause a problem. [3]