For example, selecting a representation for manipulation by clicking on radio button, manipulating the selected representation, selecting the other representation for manipulation, and navigating between different tabs of learning material were some of the examples of various activities students did while exploring the content.
(2) Defining dimensions of an initial "pile" of material ('Piles' tab) or a flux source ('Flux Sources' tab), which adds mass over a specified time period and area at a specified rate, including shape, footprint, height, volume, position and initial velocity (if required).
There are tabs upon tabs of stuff up above.
Similarly, in other tabs of the learning material, learners could implement reciprocative manipulation between either two different graphical representations or two different mathematical expressions using reciprocative interfaces.
ISA-TAB-Nano files support the aggregation of all information pertaining to the description and characterization of material samples.
One reviewer compared it to channel hopping, but the multimedia sources of material the book draws on make it more like having multiple browser windows open, and compulsively tabbing between them.
The layout of the ISA-TAB-Nano Material file is same as that of the Study and Assay files, wherein the field names are arranged as columns and material sample information is entered as rows.
In Figure 2, we show an example of the ISA-TAB-Nano Material file that contains information about a hypothetical dendrimer sample (LAB-1) and its components.
The ISA-TAB-Nano material file has been designed for recording descriptions of various types of formulations, ranging from a simple chemical compound to a complex multi-component nanoparticle formulation.
All of these types of information were taken into account when developing the specification for the ISA-TAB-Nano Material file format.
