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How Smart Is My Child?

By Deborah L. Ruf, Ph.D.

Many parents wonder how their children compare to other children. They may have very good reasons to suspect their children are gifted (for example, their two-year-old already knows letters and numbers or their three-year-old can read an “Exit” sign), but they’re not sure if it’s unusual or not. But, information about intelligence levels can be critical, because it helps parents to understand what their children’s needs are and to provide more opportunities for their kids’ increased growth, enjoyment, and success in areas of interest

There are certain childhood behaviors — milestones — that can tell us when children are ahead of or behind others their age. Most of the charts on childhood development show the typical range of behaviors for each age group. If your child is ahead of those tables, that doesn’t necessarily mean he or she is on the fast track or slated to inspire the next Big Bang Theory. Levels of Giftedness range from those who are simply bright to those who are intellectually astonishing.

Here’s an overview of the various levels of giftedness and milestones that are common—but not necessary—to each Level. Here, also, are the numbers at each Level of Giftedness that you are likely to find in an average elementary classroom of 28 children. It is the overall “feel” of where the child fits that tells you the Level.

Level One

  • These children show interest in many things before they are even two years old – like colors, saying the numbers in order, and playing simple puzzles.
  • Most of them are good talkers by age three, and by four, many print letters and numbers, recognize simple signs, their name, and know most of alphabet.
  • By the time they are six years old, many read beginner books and type at the computer, and most read chapter books by age seven.
  • It is not unusual to find six to eight Level One children in an average classroom, children who are nearly always a few steps ahead of what the teacher is teaching the whole class.

Level Two

  • These bright children love looking at books and being read to, even turning pages without ripping them, by 15 months. Some shout out the name of familiar stores as you drive past.
  • Many of these children know lots of letters by 18 months and colors by 20 months, and between ages three and four, they count small groups of objects, print some letters and numbers, and they very likely drive their parents crazy with all their questions.
  • They’ll sit for what seems like hours as you read advanced level books, especially fiction and fantasy, to them, but they require a bit less of your time by age six, because most of them read for pleasure and information on their own by then.
  • Level Two children can find only one or two others in their classroom who are as advanced as they are, which starts to make it hard to find good friends.

Level Three

  • They’re born wide-eyed and alert, looking around the room, reacting to noises, voices, faces.
  • They know what adults are telling or asking them by six months. You say a toy, pet, or another person, and they will look for it.
  • Everything Level Two children do by 15 months, these kids do by 10 to 12 months, and they can get family members to do what they want before they are actually talking.
  • By two years, many like 35+ piece puzzles, memorize favorite books, and know the entire alphabet – in or out of order!
  • By three years old, they talk constantly, and skip count, count backwards, and do simple adding and subtracting because they like to. They love to print letters and numbers, too.
  • They ask you to start easy readers before five years, and many figure out how to multiply, divide, and do some fractions by six years.
  • Most of these children are a full two to five years beyond grade level by age six and find school too slow.
  • There are one or two Level Three children in every 100 in the average school. They are rarely in the same elementary class and can feel very, very lonely.

Level Four

  • Level Four babies love books, someone to read them, and pay attention within a few months of their birth.
  • They are ahead of Level Three children by another 2 to 5 months while less than two years old.
  • They have extensive, complex speaking by two years, and their vocabularies are huge!
  • Most of them read easy readers by 3½ to 4½ years, and then read for information and pleasure by age five, with comprehension for youth and adult level books at about 6 – 6½ years.
  • There are about one per 200 children in the average school. Without special arrangements, they can feel very different from their typical classmates.

Level Five

  • Level Fives have talents in every possible area. Everything is sooner and more intense than others Levels.
  • They have favorite TV shows before 6 – 8 months, pick out letters and numbers by 10-14 months, and enjoy shape sorters before 11 months.
  • They print letters, numbers, words, and their names between 16 – 24 months, and often use anything that is available to form these shapes and figures.
  • They show ability with 35+ piece puzzles by less than 15 months and interest in complex mazes before they are three.
  • Musical, dramatic, and artistic aptitudes usually start showing by 18 months.
  • Most speak with adult-level complexity by age two.
  • At two and three-years-old they ask about how things work, and high interests in science – particularly biological and life and death questions – emerge.
  • They understand math concepts and basic math functions before age four.
  • They can play card and board games ages 12 and up by age 3½ to 4.
  • They have high interest in pure facts, almanacs, and dictionaries by age 3½.
  • Most read any level of book by 4¼ to five years.
  • They read six or more years beyond grade level with comprehension by six years and usually hit 12th grade level by age 7 or 8.
  • We know they occur more often than once in a million and regular grade school does not work for them. Levels Three through Five score similarly on ability tests—very high.

Once you have a sense of your children’s abilities, you can provide them with more activities and experiences that build on these strengths and take advantage of their talents. Parents who have more than one child may notice that each child seems to have different interests and talents even when we encourage them equally. This is because we don’t cause our children’s abilities; we can only recognize and nurture them. To do less is truly depriving them of chances to do what they are good at and what they enjoy. To do less for our children probably chips away at their potential, too, for how can we get good at the things we don’t get to practice? There are more potential geniuses – children who are remarkably intellectually different from their same-age classmates – than most people believe, and your child may well be one of them.

This article has been reprinted with permission from the author.   Deborah Ruf, Ph.D., is a specialist on gifted children and adults for Educational Options, and President of Talent Igniter, home of the Ruf Estimates™ of Levels of Gifted, an online screening tool for parents. Her book, 5 Levels of Gifted: School Issues and Educational Options (2005) summarizes “levels of giftedness” and highlights highly to profoundly gifted children. See www.talentigniter.com.
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Critical Thinking Resource: Pieces of Learning

When it comes to critical thinking and science, Pieces of Learning has some great supplemental texts!  In case you haven’t heard of Pieces of Learning, I wanted to let you know that they specialize in differentiated learning.  Differentiated learning is individualized to meet the unique needs of students, which is exactly what homeschooling is all about.  With a background in gifted education, Pieces of Learning has been offering high quality resources for students and teachers since 1989.  According to them, “Our products will always make kids and educators THINK – at a higher level”  

Within the science section of their website, they carry the Challenging Puzzle series, which are filled with critical and creative reasoning problems.
According to their website, “[w]hen deductive and creative thinking puzzles are linked to content they can be used to:

  • teach facts
  • teach content vocabulary
  • reinforce research skills 
  • motivate students”
“Critical and creative reasoning puzzles can be used as curriculum extensions and as anchor activities in the differentiated classroom, for pre and post testing, or as an introduction to a new unit.”
Here are some of the titles Pieces of Learning carries in the Challenging Puzzle series:

Also, check out Primary Science Readers’ Theatre and The Scientific Method in Fairy Tale Forest, among many other titles, and not just in the field of science!  

If you have used any of these books in your homeschool, I’d love to hear about it— leave a comment!

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Friction for Children: 4 Tricks to Help Children Understand Friction

By Lorie Moffat

If you’re looking for ways to aid in teaching friction for children then keep reading. So your child comes home from school with questions about friction. How can you help your child understand this concept? Without friction life as we know it would not exist. Every surface would be more slippery than ice. You could not walk, run, write, or even feed yourself without friction. Friction for children is as easy as using common examples to guide your explanation.

Friction for children starts with the basics. Friction is a push, pull, or a force which works against the motion of objects that are in contact as they move past each other. When objects are touching their surfaces tend to stick together, like the tiny loops and hooks of Velcro. Heat and sound are also produced by friction. If you rub the palms of your hands together quickly your hands get warm and you can hear the sound that friction creates.

There are three types of friction; sliding friction, rolling friction, and fluid friction. Sliding friction is caused by two objects touching each other that slide past one another. For example, when you push a large wooden crate across a floor you push against sliding friction. The entire surface of the crate that is in contact with the floor slides against the floor, slowing down the motion of the crate. Rolling friction uses wheels. If you move the identical large wooden crate with a wagon then you exert a force against rolling friction. Only the bottom of each wheel is in contact with the floor. Rolling friction is less than sliding friction; it takes less effort to push the crate on the wagon than to push the crate that is directly resting on the floor. When an object is in contact with a fluid, a liquid or a gas this is considered fluid friction. Airplanes and race cars are streamlined to reduce fluid friction. They have smooth, curved surfaces to reduce the friction, called drag, with the air.

When teaching friction for children it’s important to stress how friction can be advantageous. You light a match using friction. As you strike a match, friction creates enough heat to ignite a chemical compound in the match head that then burns the rest of the match head. Automobile brakes work because of friction. As the brake pads rub against the car’s wheels, the car slows down. Shoes designed for some sports have special soles to use friction to your advantage. Baseball shoes and football shoes have cleats to increase friction by sticking to cracks in the ground. A violinist puts rosin on his bow to increase friction between the bow and the violin strings, therefore producing sound.

However, friction can also be disadvantageous. If a door hinge squeaks, the noise is caused by friction. The space shuttle’s nose and wings heat up dramatically as it returns to Earth from orbit. The ceramic tiles on the shuttle’s nose and wings are designed to dissipate this heat caused by friction. The moving parts of a car’s engine rub against each other and can stick together, causing the engine to seize and to stop working. Using oil in a car’s engine protects the parts from friction. Cooked foods tend to stick to pans. Teflon on non-stick cookware reduces friction between the food and the pan, causing the food to slide. Competitive swimmers wear specially designed racing suits to reduce the friction between themselves and the water so that they can swim faster. A bowler wears extremely flat-soled shoes to slide on the lane right before he releases the bowling ball. Silicone aerosols, oils, grease, graphite (the very soft form of carbon in “lead” pencils), and ball bearings are all used to reduce friction.

By using every day examples, you can teach friction for children and help them better understand this concept. The three types of friction, sliding, rolling and fluid, can either be beneficial or detrimental to the motion of objects. Friction between your pen or pencil tip and the paper you write on allows you to write on the paper. Friction between the ground or the floor and your feet allows you to run or walk along these surfaces. Friction between your food and a spoon or fork allows you to eat with these utensils.


Lorie Moffat has 20 years of teaching experience in both public school classroom and science museum settings. Contact her about special summer online tutoring packages.

Source: http://www.homeschool-articles.com/friction-for-children-4-tricks-to-help-children-understand-friction/