Mathematics and the InternetJanice Staines
Having access to the Internet also means that teachers and children can get access to information that otherwise may not be available to them in books, newspapers or on CD-ROM. For example, the value of ¹ is usually presented to children as 3.142, but they are usually fascinated by the fact that this value is still being calculated. For those with the courage (and the stamina), accessing the site: ftp://uiarchive.cso.uiuc.edu/pub/etext/gutenberg/etext93/pimil10.txt will provide the value of ¹ to 1.25 MILLION decimal places. Alternatively, for those introducing children to the idea of Prime Numbers might want to visit: http://newdream.net/~sage/old/numbers/primeodd.htm where the first 28,915 Prime Numbers are displayed. This may not be something that you spend a week's worth of daily mathematics lessons on, but many children are fascinated by 'big' numbers and so a passing glance at these pages and indeed the whole of the 'Fun with Numbers' site might be worthwhile. http://newdream.net/~sage/old/numbers/
If Fibonacci is more to your liking, then this page is the one for you. http://www.ee.surrey.ac.uk/Personal/R.Knott/Fibonacci/fibBio.html and http://www.ee.surrey.ac.uk/Personal/R.Knott/Fibonacci/fib.html will tell you all you ever wanted to know (and probably a lot you didn't even know you wanted to know) about Fibonacci numbers. Dave's Maths Tables http://www.sisweb.com/math/tables.htm#top is also a 'not to be missed' mathematics reference site. It contains look-up tables on just about every conceivable mathematical topic from simple number notation through areas and volumes up to integral calculus and the Fourier Series. (Don't worry, you don't have to teach this at Key Stage 2!). The Internet can also be a very useful research tool for children. They can use a search engine to find out about a particular topic or famous mathematician but you may need to provide them with support when deciding what keywords they should use in their search. You might find it useful to point them towards a search engine that has been designed with children in mind, Yahooligans, for example.
The Internet can also be used as a research tool in other ways. For example, a class studying the probability of getting a 'HEAD' when a coin is tossed or the probability of throwing a 'SIX' when a die is tossed will have limited data on which to base their findings. Posting a request for other schools to join in the 'Coin Toss' or 'Die Toss' experiment and to share their data will increase the amount of data available for analysis. Alternatively, visiting this site http://bolt.lakeheadu.ca/~kinesiology/Wmontelp/counter3.htm can take away the drudgery of actually tossing the coins it runs a simulated coin toss for you. Unfortunately, it doesn't count up the numbers of 'HEADS' and 'TAILS' achieved by each experiment, so you still have some work to do.
The Internet is a great place for sharing ideas and information. This is as true for children as it is for teachers. This class of Mixed Junior children at All Souls School in Westminster not only took great pride in displaying their work on Tessellations to the rest of the school, but they were keen to include it on their school web site so it could be enjoyed by people all over the world. You can see their work and that of the other classes by visiting: http://www.rmplc.co.uk/eduweb/sites/allsouls/mthswk/basic.html On the same site, one of the teachers has put up some of the lesson plans and worksheets he has been using based on Logo, spreadsheet and multiplication tables. Sutton-on-Sea County Primary School have published a number of interactive maths ideas on their site: http://www.sutton.lincs.sch.uk/zone/tables/tables.html You can test your skills with your times tables or try out Penny's Penguin Posers.
Other sites provide access to mathematics tools and microworlds which can be used on-line or downloaded for use at a later date. (Some of these sites do require specific 'plug-ins' to work properly, but these can usually be downloaded from the individual sites.) The BBC's 'MegaMaths' is worthwhile visiting if you are a teacher of Key Stage 2 children. It can be found at: http://www.bbc.co.uk//education/megamaths/ and for teachers of Key Stage 1 children then it is also worth visiting BBC Education's 'Dynamo' pages at: http://www.bbc.co.uk/education/parents/dynamo/ Another site that is a useful starting point for mathematics resources is the LCSI site in Canada. http://www.microworlds.com/library/math/index.html This site contains a number of downloadable 'microworlds' for children to investigate and explore including a calculator which uses Roman numerals, a Geoboard investigation and a Tangram puzzle.
http://www.bbc.co.uk/education/schools/ and BECTa hosts curriculum discussion areas on the Virtual Teacher's Centre at: http://forum.ngfl.gov.uk/cgi-bin/WebX?vtc
The Internet is also useful for getting fast access to useful information. For
example, subject associations, software and hardware publishers and government departments
and agencies usually have their own web sites and other organisations will have often
produced subject specific lists of sites that you can visit. Listed below are some useful
sites to get you started, but probably the best idea is to 'take the plunge', set yourself
an hour aside to try out some of the links and see which you will find useful for
supporting your work when teaching mathematics. |
|