Appetizers and Lessons for Mathematics and Reason (www.whyslopes.com)
||Définition d'une variable || Algèbre || Arithmetique || Logique ||La raison basée sur les règles et modelés||

Online Volumes
1,  Elements of Reason.
1A. Pattern Based Reason 
1B. Math Curriculum Notes
2. Three Skills for Algebra
3. Why Slopes & More Math

 (Optional Book Orders)
More Site Areas 
1. Help Your Child or Teen Learn 
2. Solving Linear Equations
3. Fractions Ratios Rates Proportions & Units
4. Euclidean Geometry
5. Analytic Geometry/Functions 
6. Number Theory
7. More Calculus
More Site Areas 
8. Complex Numbers 
9. Qc Maths  Education  
10. Secondary IV(?) maths
11. Real  Analysis 
12. LaTeX2HotEqn:
13. Electric Circuits Etc  
14.  Français
15. Algebra, Odds & Ends, Etc
More Site Areas 
16. Math Education Essays
17. Telling & Working with Time
18. Maps, Plans & Drawings
19. Quantitative Skills for  home, shopping and work 
20. Statistics Useful, or Not.
Try the
Twiddla Whiteboard
to work online with others.

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YOU are better than YOU think. Show yourself  how:  

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Read  logic chapters 1 to 5  in online volume Three Skills for Algebra  for greater skills & confidence in  work 
and study

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 Logic chapters 1 to 5  re- appear not in sequence, as is or longer,  in  Volume 1A,  Pattern Based Reason, Bon Appetite.

Logic Mastery
 Amazing, Amusing, Amorous,  Delicious, Delightful, Edifying, Strengthening Elixir. 
It eases work & learning difficulties Makes the hard easier. Opens eyes. Leads to greater precision.
in reading and
writing

Logic mastery makes the hard, easier. Logic mastery  leads to better, stronger and richer comprehension.  Logic mastery  improves reading and writing.  Logic mastery ease learning difficulties.  Logic mastery gives a headstart.  In sum, logic mastery  will develops critical thinking, improve reading and writing, and give a firmer base for work and studies at many levels. Good luck.


After logic  (a) continue reading Three Skills for Algebra, chapters 8 to 14  and do so alongside site area on solving liinear Equations ; or (b) see this calculus starter lesson and Volume 3, Why Slopes  & More Math, chapters 2 to 6;

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Caution: Site advice is approximately correct, for some circumstances, not all. That leaves room for thought

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What may be learnt and when depends on how skills and concepts are developed. Making the hard easier and clearer will allow earlier & richer development of skills and concepts.


Try the Twiddla Whiteboard. In principle, it  allows to people to draw and chat together online on a copy of this webpage or a clean sheet. The chat may be via text or audio.  Visit www.twiddla.com to set up whiteboards to work with the webpage of your choice.

For online automated help in senior high school maths & calculus, visit  quickmath.com  For Automatic Calculus and Algebra Help with derivatives, integrals, graphs, linear equations, matrix algebra, visit calc101.com  With  overlap, each site quickmath & calc101offers a different range of services, some free, some not, all based on webmathematica. Good luck.


Mathematics for Ages 5 or 6, say

Awkwardness with an idea or skill often signals difficulty with previous ones. It may indicate at least one earlier skill has been missed or forgotten. When an awkwardness is felt or seen, learners should go or be taken back to practice the missing skills, more precisely the ones just before them to restore confidence and build skills, so that the learner can go further. 

 Learning takes time. Have patience with your charge.

Can your charge do the following? Where not there is room for instruction - learning takes takes and patience, yours included.

  1. Count from 1 to 10?
  2. Given the digits 1 to 9  arrange them in order?
  3. Write the digits 1 to 9?
  4. Understand the words: more, less, before, after.
  5. If you place 1 marble in a bowl, 2 marbles in an other bowl, three marbles in yet another bowl, ..., 9 marbles in a last bowl,  say how marbles there are in each bowl. Can he or she arrange the bowls in increasing or decreasing order?
  6. Count from 0 to 20 with words?
  7. Explain or point to a place or position from first to tenth? Where is the first, second, third, fourth, ... ninth, tenth?
  8. Given two bowls with 0 to 10 objects (marbles, whatever) in each,  find the total number of objects by counting?
  9. Add pairs of numbers or counts verbally or on paper?  fill in the 10 by 10 addition table which shows the results of all sums of pairs of numbers where each number in the pair is from 0 to 9.
  10. Take away or subtract a given number of objects ( 1 to 9 say)  from a larger set of objects (marbles, sweets, pennies, and so on?
  11. Subtract one digit number from second one when the second one is larger and has a one or two digit, decimal representation.
  12. Divide a pie, distance or rectangle into two equal parts.
  13. Understand how 1/2 a pie or rectangle or square or distance is one of two equal parts?
  14. Count the number of inches (centimeters) in intervals of length 1 to 20 inches (respectively centimeters) or other units of measure where the intervals have a lengths given by a whole number of units.
  15. Given the sequence 1, 3, 5, 7  predict or guess what number comes next? The answer could be 9, 11, ... for a sequence of odd numbers. Might be 11 for a sequence of primes. What pattern does your charge see?
  16. Given the sequence 2, 4, 6,  etc.   predict what number comes next? The answer could be 8, 10, 12.What pattern does your charge see?
  17. Understand or explain the words: longer, shorter, larger, smaller, heavier, lighter, yesterday, today, morning, afternoon, before, after, between.
  18. Recognize squares, rectangles, circles, triangles? Can he or she point to the interior and perimeter of each when asked? Can he or she copy or reproduce them?
  19. Count the number of sides in a triangle and rectangle?
  20.  Know how read or use  ruler and thermometers? Can he or she estimate distance with a ruler?
  21. Understand the words over, under, inside, outside, behind, between?
  22. Compare objects by length, weight or temperature: longer, heavier,  hotter,
 

www.whyslopes.com
Help your Child or Teen Learn:


Area Intro
Up
1. Speaking Skills
2.  Reading & Writing
3. Preparing for Science
4. Learning Takes Time and Effort
5. Math Books: kids & teens
6. Math Books: teens & adults
7. Readings for  Parents
8. Patience Please
9. Who is in Charge
10. Motivation
11.  Will to Learn
13. Links For Parents
14. JumpMath WorkBooks
15. Discipline in Schools

Maths for Ages 5+

Ages 5 or 6
Ages 6 or 7
Ages 7 or 8
Ages 8 to 9
Ages 10 to 13
Age 14
Where is it going


D What to do in School & Why  

E.How to Study Mathematics


To read, write and spell, your children need to learn and memorize the alphabet. Anything less would be absurd. That being said, learning and using mathematics demands that your children meet key skills and concepts, and not skip any. Where local schools do not provide the latter, you need to provide remedies.

Care and Precision: If your child  can learn to follow multi-step methods carefully and precisely in arithmetic, he or she may do so  in other subjects, as well. Get your child or teen, if you can, to sit down and study. Suggest he or she aim for skill and concept development and perfection for their own sake, not that of their teachers.

The will to learn is the key to success in school.  Parents do have to be educated to support or guide their children and teens. What matters more is support for the will to learn, for children and teens to be  told to try to learn and to ask teachers, their schools or classmates for help and more help, as needed. Teachers and parents need to push students, help them find the will to learn, teamwork helps.

The main reason and focus for high school mathematics is or should be preparation for calculus. That requires skill and knowledge perfection with fractions, algebra, geometry, trig and functions. Many high school programs do not provide this. Make sure alone or with help that your children and teens have a good command of fractions. 

 

 



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a 1983 McGill. Ph. D. in mathematics
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