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<p>An isomorphism of groups may equivalently be defined as an <a href="page.php?w=invertible_function">invertible</a> group homomorphism (the inverse function of a bijective group homomorphism is also a group homomorphism).</p>

<p><big> Examples </big></p>
<p>In this section some notable examples of isomorphic groups are listed.<br/>
* The group of all <a href="page.php?w=real_number">real number</a>s under addition, , is isomorphic to the group of <a href="page.php?w=positive_real_numbers">positive real numbers</a> under multiplication :<br/>
*: via the</p><p>
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