Introduction to learning to count, Mathematics

Assignment Help:

INTRODUCTION : Most of us, when planning the first mathematical experience for three-year olds, think in terms of helping them memorise numbers from 1 to 20. We also teach them to indicate numbers upto 10 by using their fingers. The next step that we wish the children to master, and master very soon, is being able to write and recognise numerals. (We do not really bother about whether it should be writing first and recognising later, or vice versa, or both together!)

Once the child has memorised 'one to twenty', we like to show off to relatives and friends how well she can count. We sit back and listen proudly as she 'performs' in front of this audience. But did you notice the terrified glance she stole at you when, in the middle of her 'performance, she could not immediately remember what comes after 'six'? And the relief on her face when she tentatively whispered 'seven', and you nodded your head vigorously in approval? For you it was another successful performance, for the child another ordeal over.

Having 'taught counting' in this repetitive, monotonous and drill-like manner, we continue in the same fashion with addition, subtraction, multiplication, division, and later, fractions and decimals. Having successfully separated joy from the process of learning, is it any wonder that children fear mathematics, feel it is tough and wait longingly for their maths class to end? Perhaps children's thoughts, when experiencing mathematics in this joyless and dull way, far removed from everyday life, are something like this.

 

Playing in the sand is more fun. But Mummy says that is wasting time There she calls me again. I must run, otherwise she will ask me* to write two pages instead of one!"

If you have ever wondered why children have such difficulty with learning how to count, and how you can help them with it, then reading through this unit may help you.


Related Discussions:- Introduction to learning to count

Prove asymptotic bounds for recursion relations, 1. (‡) Prove asymptotic b...

1. (‡) Prove asymptotic bounds for the following recursion relations. Tighter bounds will receive more marks. You may use the Master Theorem if it applies. 1. C(n) = 3C(n/2) + n

Regression, A regression line drawn as Y=C+1075x, when x was 2, and y was 2...

A regression line drawn as Y=C+1075x, when x was 2, and y was 239, given that y intercept was 11. calculate the residual

Continuous uniform distribution, Continuous Uniform Distribution Consid...

Continuous Uniform Distribution Consider the interest earned on a bank deposit. Let X equal the value after the decimal point. (Assume no rounding off to the nearest paise.) Fo

Linear Programming, describe phases of operations research study ?

describe phases of operations research study ?

Help, dividing decimals

dividing decimals

Standard normal distribution, Q. Describe Standard Normal Distribution? ...

Q. Describe Standard Normal Distribution? Ans. The Standard Normal Distribution has a mean of 0 and a standard deviation of 1. The letter Z is often used to refer to a sta

Estimate the value of x and y in liner equation, ( a+2b)x + (2a - b)y = 2...

( a+2b)x + (2a - b)y = 2, (a - 2b)x + (2a +b)y = 3 (Ans: 5b - 2a/10ab , a + 10b/10ab ) Ans: 2ax + 4ay = y , we get 4bx - 2by = -1 2ax+ 4ay = 5  4bx- 2by = - 1

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd