Five marks exercise problems IV — task. Mathematics State Board, Class 10.

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Use Euclid's Division Algorithm to find the Highest Common Factor (HCF) of:

(i) 340 and 412

Since \(>\) , apply Euclid's division lemma.

\begin{array}{l} i = i \times i + i \\ i = i \times i + i \\ i = i \times i + i \\ i = i \times i + i \\ i = i \times i + i \\ i = i \times i + i \\ i = i \times i + 0 \end{array}

HCF of 340 and 412 \(=\)

[Note: Enter the values in the order specified by the division algorithm.]

(ii) \(867\) and \(255\)

Since \(>\) , apply Euclid's division lemma.

\begin{array}{l} i = i \times i + i \\ i = i \times i + i \\ i = i \times i + 0 \end{array}

HCF of \(867\) and \(255\) \(=\)

[Note: Enter the values in the order specified by the division algorithm.]

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7. Five marks exercise problems IV