Questions

• Laws of Integral Indices inter-convert between simple binary/hexadecimal numbers to decimal numbers

  \[ 15 \times 16^{8} + 23 \times 16^6 + 16^5 + 23 \]

  2024

• Laws of Integral Indices inter-convert between simple binary/hexadecimal numbers to decimal numbers

  \[ 17 \times 16^{6} + 22 \times 16^{4} + 16^{2} + 22 \]

  2024

• Laws of Integral Indices extend and explore the meaning of the index notation of numbers with negative exponents

  \(\frac{(2^{-3} \times 4^2)}{ 8^{-1}}=\).

  2024

• Laws of Integral Indices explore, understand and use the laws of integral indices to simplify simple algebraic expressions (up to 2 variables only)

  \[ \left( \frac{a^3 b^{-2}}{a^{-1} b^4} \right)^{-2} = \]

  2024

• Laws of Integral Indices explore, understand and use the laws of integral indices to simplify simple algebraic expressions (up to 2 variables only)

  \((a^3 \times b^{-2})^2 \times (a^{-1} \times b^4)^{-1} = \)

  2024

• Rational and Irrational Numbers be aware of the existence of irrational numbers and surds

  以下哪個數字是無理數？

  2024