Titogelo

@POST
	@Path("/authenticate")
	public boolean authenticate(@HeaderParam("Authorization") String atoken,
								@DefaultValue("application/json") @HeaderParam("Content-Type") String contentType,
								@DefaultValue("application/json") @HeaderParam("Accept") String accept,
								String account) throws IOException {



		final AtomicBoolean authenticated = new AtomicBoolean(false);

Titogelo

[{
	"inquiry": "Inquiry template A",
	"author": "Barbara Y. White; John R. Frederiksen",
	"paper_url": "http://thinkertools.org/Pages/paper.html",
	"purpose": "metacognitive facilitation",
	"description": "The process of inquiry follows the Inquiry Cycle, shown in Figure 1, which is presented to students as a basis for organizing their explorations into the physics of force and motion. Inquiry begins with finding research questions, that is, finding situations or phenomena students do not yet understand which become new areas for investigation. Students then use their intuitions (which are often incorrect) to make conjectures about what might happen in such situations. These predictions provide them with a focus as they design experiments that allow them to observe phenomena and test their conjectures. Students then use their findings as a basis for constructing formal laws and models. By applying their models to new situations, students test the range of applicability of their models and, in so doing, identi

Titogelo

[{
	"inquiry": "Inquiry template A",
	"author": "Barbara Y. White; John R. Frederiksen",
	"paper_url": "http://thinkertools.org/Pages/paper.html",
	"description": "The process of inquiry follows the Inquiry Cycle, shown in Figure 1, which is presented to students as a basis for organizing their explorations into the physics of force and motion. Inquiry begins with finding research questions, that is, finding situations or phenomena students do not yet understand which become new areas for investigation. Students then use their intuitions (which are often incorrect) to make conjectures about what might happen in such situations. These predictions provide them with a focus as they design experiments that allow them to observe phenomena and test their conjectures. Students then use their findings as a basis for constructing formal laws and models. By applying their models to new situations, students test the range of applicability of their models and, in so doing, identify new research questions for further inqu