On 15 March 2003 the Economist published an article with the provocative title "The revenge of geography." The thesis is that "... it was naive to imagine that the global reach of the Internet geography would make it irrelevant." "Wired and wireless technologies closer than ever before have bound the virtual and physical world". The virtual world of overlays and intersects with the real world in which we live. For example, Internet Protocol addresses (IF) have a physical expression in the geographical location of the computer and its users. The location of mobile devices can be determined by GPS. The Committee would argue that the global reach of the Internet will make the understanding of space even more important. Access and the intelligent use of the virtual world will think a premium on spatial place in everyday life, at work and in science. Extent to which K-12 to the needs of production of students who are familiar with at least are responding the American education system, if you think not expert, spatial?
This chapter reviews the extent, the education system meets social needs for spatial thinker. Sections 5.2 and 5.3 show how the growing importance of the information technology sector to generate requirements for skilled workers with spatial skills and lives for citizens who can use spatial tools and technologies in their daily life. Sections 5.4 and 5.5 views of Educa economic responses, first at education international comparisons of spatial abilities of the students and second to the role of spatial thinking in standards-based. Given I of this report developed the arguments in the four chapters in part, in section 5.6, the Committee endorsed the need for an opinion, spatial thinking to teach K-12 students.
The discussion speaks to the value of mathematics, largely referring to its use in the first place in the display and analysis of data. While the science, not a one-way street between mathematics and science means program standard, the story explains:
But if you have some language learning software, you can use Arabic with Rosetta Stone German or Chinese with Rosetta Stone Hebrew learning. But you should limit your vision certainly something to learn.
Science requires the use of mathematics in the collection and treatment of data and the tax exemptions for raw materials, concepts, to develop laws and theories. Science and mathematics school programs should be coordinated, so that students learn the necessary mathematical skills and concepts before and during their use in the science program.
This is an indication that a prerequisite for the development of scientific research is mathematical knowledge. Perhaps if spatial thinking for science education is important, it is a feeling, that students have learned you as part of Mathematics before they learn it in science should apply. Spatial thinking is therefore only an implicit but nevertheless essential part of the process science, as articulated in the scientific standards do. It is central to science, but it is not explicitly as part of the responsibility of science represented teachers in the promotion of scientific competence in K-12 students. To what extent the two sets of standards are coupled, so that the necessary knowledge and skills of the students are?
This article focuses on Science, but you see something on language learning as well as. Click on stone of Rosetta Hindi
and stone of Rosetta Italianif you think you need to use it to learn.
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