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INSERT INTO `text` VALUES (5,'Between-subjects design','An experimental design in which you expose each participant to only one level of your independent variable (or variables).','between-subjects design, between-subjects factor '),(6,'Within-subjects design','An experimental design in which you expose each participant to all levels of your independent variable (or variables).','within-subjects design, within-subjects factor'),(7,'Quasi-experimental design','An experimental design in which experimental conditions depend on participants\' attributes on quasi-experimental (natural) factors, e.g. &quot;female&quot; on &quot;sex&quot;. WEXTOR allows you to send participants to different Web pages, depending on their answers. In Step 8, you may even define sets of several target Web pages, one ','quasi-experimental design, quasi-experimental factor'),(8,'Warm-up technique','A way of countering drop-out in Web experiments is a warm-up phase before the point of random distribution of participants to experimental conditions. The experimental manipulation is not introduced until this warm-up phase. For reference see Reips (1997, 2000).','warm-up technique, drop-out'),(9,'Drop-out','In Web experiments subjects are able to terminate their participation at any time during a Web experiment. They will not stay in the experimental situation for reasons other than their true will, for example course credit considerations. Therefore motivational issues become much more important than in laboratory ','drop-out'),(10,'test','test description\r\n@+*ç%&amp;/(\r\n\r\n&quot;oo&quot;','test keywords'),(14,'counterbalancing','To minimize sequence effects, you can counterbalance. WEXTOR implements counterbalancing in such a way that the order of blocks for the levels of the within-subjects factor will be randomly chosen for each participant. It does so by creating a set of Web pages for each level of the between factor combinations from which one sequence of within factor blocks will be randomly chosen for each participant.\r\nDuring data analysis sequences can be identified by the search argument &quot;var=&quot;.\r\nIn WEXTOR 2.x, counterbalancing is limited to one within factor with four levels at most. Other types of counterbalancing (more factors and levels, fixed order of sequences, implementation of sequence as between factor) will be added in later versions of WEXTOR.','counterbalancing sequence within order random'),(15,'High hurdle','The high hurdle technique intends to move dropout to the beginning of an Internet-based study (Reips, 1997, 2000, 2002, but see Stieger &amp; G&ouml;ritz, in press). Reading of very long instructional text, for example, may trigger early drop out in those participants, who are not sufficiently motivated to complete the whole experiment. A technical high hurdle artificially delays the loading of web pages at the beginning of the experiment. WEXTOR uses a set of JavaScript functions on the first three web pages of an experiment to achieve this goal.','high hurdle, drop-out'),(17,'Pool','If checked, you agree to participate in the WEXTOR participant pool. You can change this later on your account administration page.\r\nExperimenters can request a certain number of participants.\r\nThe administrator will then examine the request and, if it is justified, he will contact people from the pool, asking them to participate in the experiment.','participant pool');


