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1.1 Problem-solving strategies

14 questions

1.2 The number system

9 questions

1.3 Exponent laws

18 questions

1.4 Scientific notation

44 questions

1.5 Units and measurement

1.6 Absolute value

1.7 Radicals

2.1 Sequences

2.2 Formula manipulation

9 questions

2.3 Proportion

17 questions

3.1 Right triangle geometry

33 questions

3.2 Circle properties

24 questions

3.3 Circle theorems

25 questions

4.1 Patterns and generalisations

30 questions

4.2 Coordinate geometry basics

24 questions

4.3 Linear equations

13 questions

4.4 Systems of linear equations

18 questions

4.5 Linear modelling

24 questions

5.1 Relations vs functions

8 questions

5.3 Quadratic functions

21 questions

5.4 Quadratic equations

25 questions

6.1 Set notation

15 questions

6.2 Venn diagrams

31 questions

6.3 Single-event probability

20 questions

6.4 Combined-event probability

13 questions

7.1 Surface area

21 questions

7.2 Volume

17 questions

7.3 Geometric transformations

17 questions

8.1 Univariate statistics

31 questions

8.2 Describing and quantifying data

22 questions

8.3 Histograms

25 questions

9.1 Sampling techniques

22 questions

9.2 Bivariate data

14 questions

MYP Standard Mathematics 1.3 Exponent Laws Questionbank

Practise MYP Standard Mathematics questions on 1.3 Exponent Laws and review the explanations to check your understanding.

Use these questions for topic practice and to find ideas you want to revisit in your notes or lessons.

Type

Difficulty

Question

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If $a < 0$ , which of the following statements about $a^n$ is true?

Question

Which of the following expressions is equivalent to $\left(\frac{a}{b}\right)^{-n}$ for $a, b \neq 0$ ?

Question

Fill in the blank: In the power expression $b^n$ , the value $n$ is known as the _______.

a

,

b

=

0

1

2

3

Question

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Question

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Simplify the expression $(a^{-2})^{-3} / a^4$ completely.

Rewrite the expression $5x^{-2}$ using only positive exponents.

$a^n is always positive$

$a^n$ is positive if $n$ is an odd integer

$a^n is always negative$

$a^n$ is positive if $n$ is an even integer

$\frac{1}{a^n b^n}$

$-n\left(\frac{a}{b}\right)$

$\left(\frac{a}{b}\right)^n$

$\left(\frac{b}{a}\right)^n$

Product

Coefficient

Base

Exponent

4

5

18

$a^{-10}$

$a^2$

$a^{10}$

$a^{-1}$

$\frac{1}{5x^2}$

$-10x$

$\frac{5}{x^2}$

$\frac{1}{25x^2}$

MYP Standard Mathematics 1.3 Exponent Laws Questionbank

MYP Standard Mathematics 1.3 Exponent Laws Questionbank

MYP MYP Standard Mathematics Topic 1.3 Exponent Laws Questionbank