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<b>consider </b><font color="Maroon">c<sub>1</sub></font> being    <a href="hidden.html#M1">set</a> , <font color="Maroon">c<sub>2</sub></font> being   <a href="orders_1.html#NM2">Order</a> of <span class="p1"><a href="tarski.html#K1">{</a><span class="default"><font color="Maroon">c<sub>1</sub></font></span><a href="tarski.html#K1">}</a></span>;<br/>
<b>reconsider </b><font color="Maroon">c<sub>3</sub></font> =  <a href="orders_2.html#G1">RelStr</a>(# <span class="p1"><a href="tarski.html#K1">{</a><span class="default"><font color="Maroon">c<sub>1</sub></font></span><a href="tarski.html#K1">}</a></span>,<font color="Maroon">c<sub>2</sub></font> #) as  non <a href="struct_0.html#V3">empty</a> <a href="realset2.html#V3">trivial</a> <a href="orders_2.html#V2">reflexive</a>  <a href="orders_2.html#L1">RelStr</a>  ;<br/>
<b>take </b>
<font color="Maroon">c<sub>3</sub></font>
;<br/>

<b>thus </b><a NAME="E3:5_1_1"/>
( <font color="Maroon">c<sub>3</sub></font> is <a href="orders_2.html#V1">strict</a> &amp; <font color="Maroon">c<sub>3</sub></font> is <a href="waybel_3.html#V3">continuous</a> &amp; <font color="Maroon">c<sub>3</sub></font> is <a href="waybel_1.html#V2">distributive</a> &amp; <font color="Maroon">c<sub>3</sub></font> is <a href="yellow_0.html#V1">lower-bounded</a> )
 ;<br/>


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