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    <h3 class="panel-sub-heading">
        Instructions Task - The Puzzles' Task </h3>
        </br>
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    <div class="instructions well well-lg">
    </br>

         <center><strong>Remember that for the entire experiment you have been randomly assigned to be the performer! </strong> <br> </center></br>

        <li>The <strong>Performer</strong> will perform 3 puzzles in 45 seconds.</li> </br>

        <li>Each puzzle consists of a visual geometric design with a missing piece. The Performers are supposed to fill in the missing piece
            from eight possible choices. </li> </br>

        <li>Each puzzle looks as follows (with varying difficulty):</li> </br>

        <p align="center"><img  class="center" align="center" width="440" height="340" src="{% static "pictures/ravenset1-1.jpg" %}"/><p> <br>

        <li>In a later experiment (to be performed within a week), a player called <strong>Decider</strong>  will be randomly paired with you for each round of the task that you perform in this
        experimental session.</li> </br>

        <li> The <strong>Decider</strong> will then get assigned to a lottery.
        The number of correct puzzles solved by the <strong>Performer (you</strong>) determines the lottery that gets assigned to the <strong>Decider</strong>.
        This lottery leads to either one of two outcomes (high and low) but with differing probabilities.  </li> <br>

        <li> A refresher on lotteries - What is a lottery? For example, the following lottery: <strong>₹0 with 20% probability or ₹500 with 80% probability </strong>-
            means that there is a 20% chance that the Decider wins ₹0 and an 80% probability that Decider wins ₹500.
            Alternatively, think of a lottery as a 10 sided die. In this example, the die has 0es on 2 sides, and 500s on 8 sides.

 </li> <br>

         <li> Each puzzle solved correctly by the <strong>Performer</strong> increases the probability of higher earnings for the
             <strong>Decider</strong>. <strong>For example</strong>: </li> <br>

             <table class="table table-bordered text-center" style="width: auto; margin: auto">
                 <tr >
                     <td> <strong>Number of correct answers by the Performer</strong></td>
                     <td> <strong>Lottery earned by the Decider</strong></td>
                </tr >
                 <tr >
                     <td>0 correct answers</td>
                     <td>with 20% probability the outcome is ₹500; with 80% the outcome is ₹0.</td>
                </tr>
                <tr>
                     <td>1 correct answer</td>
                     <td>with 30% probability the outcome is ₹500; with 70% the outcome is ₹0.</td>
                </tr>
                <tr>
                     <td>2 correct answers</td>
                     <td>with 40% probability the outcome is ₹500; with 60% the outcome is ₹0.</td>
                </tr>
                 <tr>
                     <td>3 correct answers</td>
                     <td>with 50% probability the outcome is ₹500; with 50% the outcome is ₹0.</td>
                </tr>
             </table></li>  <br>

         <li>  Once the 45 seconds have passed, the <strong>Performers</strong> will not be able to solve more puzzles. You will then be
             automatically moved to the next round to solve another set of puzzles in the same 45 seconds. This will continue for
             10 rounds. </li> <br>

        <li>  The randomly matched <strong>Decider</strong> will get to know their earnings from the lottery in the later experimental session. A new randomly selected <strong>Decider</strong> will be
        matched for each round of your performance.</li> <br>

         <li>  Each <strong>Decider</strong> will then choose the payment for the <strong>Performer</strong>. The <strong>Decider</strong> makes
             the payment from a separate amount of money of ₹350. He/she has to divide this amount between his/her <strong>Performer</strong>
             and a randomly chosen <strong>Performer</strong> from this same experimental session. Any unassigned money will go back to us and therefore will
             NOT be kept by the <strong>Decider</strong>. </li> <br>

                    <center><h3 class="panel-sub-heading"> Payment Rule for Each Round  </h3> </center><br>

        <li>   So the earnings for each round are as follows:  </li> <br>

            <ul>
                <ul>

                   <li> The <strong>Decider</strong> earns the outcome of the lottery. The lottery played is the one that the <strong>Performer</strong>
                        'produced' through his/her performance in the task.
                        The <strong>Decider</strong> decides how they will divide  the separate amount of ₹350 between the <strong>Performer</strong> they are matched with and a random performer in this same experimental session,
                        but they will NOT be getting the remaining amount if they choose to not divide it. </li> <br>

                   <li> The <strong>Performer (you)</strong> earns the money assigned to him/her by the <strong>Decider</strong> plus,
                        If a <strong>Decider</strong>  from the later experimental session assigns you money as a 'random performer in the session',
                       you will earn the amount chosen by this another <strong>Decider</strong>. </li> <br>

                    <li> Notice that since the <strong>Deciders</strong> will be recruited in the future experimental session (within the week of
                        the launch of your experimental session), your payments decided by the <strong>Deciders</strong> will be paid to you
                        with a lag. We will however pay you the show up fees immediately after you complete the rounds. </li> <br>
                </ul>

            </ul>

        <li>   Finally, you will be asked some further questions. </li> <br>


    </ul>

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    <p> {% next_button %} <p>

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