Categories
- Arts & Entertainment
- Business
- Communications
- Computers
- Culture & Society
- Disease & Illness
- Fashion
- Finance
- Food & Beverage
- Health & Fitness
- Hobbies
- Home & Family
- Home Based Business
- Internet Business
- Legal
- Pets & Animals
- Politics
- Product Reviews
- Recreation & Sports
- Reference & Education
- Religion
- Self Improvement
- Shopping
- Travel & Leisure
- Vehicles
- Writing & Speaking
Information
Science Projects Should Be Fun and Informative
Submitted: 2007-01-17 16:26:36
Print this article | Tell a friend | For publisher |
It's very difficult for a parent to stand on the sidelines and watch their child work on a complicated science project without trying to jump in and take over. Even though the temptation is always there, parents must only help; they should not get in the way. The key to a child's successful learning about science, or anything for that matter, is for the parents to do their part to guide, not drive.
For basic elementary science projects, all that parents really need do is help the child get started, assist with the presentation and ensure that proper recording of events takes place. The presentation part is where a parent can really assist, but before that, a project really needs to be the child's for the youngster to learn. Resist the urge to take over, but remain active.
Here's how a parent can guide without getting too involved:
* The first step in any science project, elementary level or otherwise, is to come up with a project. Science projects don't have to be earth shattering to be effective. The entire concept is to teach a youngster how to reason out a problem and come to a conclusion on his or her own. With this in mind, it's often more than acceptable to recreate tried and true projects, such as seedlings' responses to different types of light, what type of water enables better floating and so on. Let the child come up with the project, but guide him or her in a direction of one that you know he or she can handle. Too complicated and the child can become frustrated; too boring and the lessons won't be learned.
* Make sure your youngster is following instructions. Ask to see the details of the assignment and guide the child along the path to getting this done. Oftentimes, school science teachers will ask for a child to first present a question and then seek to solve it. This involves setting up an experiment, watching it and recording it. Sometimes three repeats of the same project are needed to help prove or deny the theory the child sets forth. Remind the child here the hypothesis, or theory, is meant to be a guess and it's OK for that guess to be proven wrong. That's the whole point of science!
* Assist with the presentation. If your youngster has followed directions correctly, she will likely have a question formulated the project is supposed to answer, a guess at that answer and a series of recorded data that covers the extent of the project and possibly some pictures of the action. It is now time to create a workable visual presentation that shows what the project was about, gives the results in a nutshell and makes it easy for anyone to understand what was done and why. Follow school instructions here as they may vary.
The temptation to get in and take over a child's project to ensure they have the "best" might be high, but that takes away from the valuable lessons a youngster learns through these efforts. Science projects not only teach lessons about science itself, they also help a child develop a sense of wonder, reason and an ability to question their surroundings.
Copyright (c) 2006
Aaron Vaughn writes about science and you can find more news and innovations about science at the website Science Cascade.
Article source: Expert Articles
Most Recent Articles in Science category
- Hydrogen As a Fuel Source - By: Levi Quinn
From water to air, there are a number of ways to energize your car. Alternatives to petroleum are a hot topic today. The growing concern for the environment is steadily increasing. It's an important issue that many people want to feel personally connected to. Hydrogen as a fuel source is not an entirely new idea. But science is taking a closer look at the impact that using hydrogen could have on both the environment and the economy. The best solutions are the ones that have more benefits than drawbacks. - MRI and Ultrasound: Two Vital Branches of Radiology - By: R Govindan
Radiology was initially the branch of medical imaging that made use of x-rays on large flat sheets of photographic films for diagnosis. Modern day radiology is no longer confined to the practice of x-rays and now encompasses other methods of diagnostic imaging such as Computed Tomography (CT), Magnetic Resonance Imaging (MRI) and Ultrasound. - Processes Involved In Blavatsky's Writings and its effects - By: Edi Bilimoria
Helena Petrovna Blavatsky (HPB) demonstrated the Siddhis (psychic-spiritual faculties) of clairvoyance, clairaudience, and the powers of projection, precipitation and being en rapport. These were all used in her writings on Occult science and Meta Physics which may be categorized into seven kinds of processes. We outline them below but it is emphasized that none of the above processes are miracles or supernatural - Biotech Development - By: Marcia Henin
The development of Biotechnology and the affect it has in detecting Toxicity levels in the Human body. - Nanotechnology - Revolution in the Field of Medicine - By: Marcia Henin
How science has learned to use Nanotechnology for bettering the process of Drug development. - Nanotechnology - Development in Water-Based Technology - By: Marcia Henin
What is Nanotechnology and how does it applies in the science world - In this article, we will review some of the uses of Nanotechnology and its connection to the solubilization process. - The Z-Boson Mass and its Formula as Multiple Proofs in One Bowl of Yummy Pudding - By: Sean Sheeter
A demonstration of the mathematical, theoretical and, especially, empirical connotations of the phrase "Pudding Proof" in the context of a highly exacting physical model. In particular, a formula is given deriving the mass of the Z-boson from two heavy quarks and and Higgs field. Remarkably, the precise correlation with the known value of the Z-mass is thus empirically proof positive of these far less directly measurable masses, which is further supported by arithmetic and theoretic construct. - The Theory, Significance and Precise Calculation of Gluino Mass - By: Sean Sheeter
A preview of the most significant predictable particle cascades at Cern's LH-Collider in the coming years. Describes how a precise gluino mass of 6.388355 TeV relates to the super-symmetric Higgs mechanism and decays to squarks and other 'sparticles as a prerequisite to creation of 'dark mass,' as well as the unsolved puzzle of material baryon creation. Which also goes on to shows why giving three dimensionless calculations for the gluino mass are central to the e-course "241-Mumbers." - Derivation of the Pure Precise Fine-Structure Number and as a Ratio of Two Inexact Metric Constants - By: Sean Sheeter
A history of a definitive answer to #1 'millennium question' of Strings 2000 in regard to whether all fundamental parameters can be determined in a dimensionless manner. Focus's on a 'pure' calculation of the fine-structure constant from a unified 'monolithic' system that allows precise equations for the full spectrum of fundamental particle masses from Higgs/SUSY to quarks, neutrinos and dark matter. With an update on controversies of determining the fine-structure from metric measures and a few other related issues. - Proof of the Exact Up and Down Quark Masses from the Pion Mass-Differential - By: Sean Sheeter
A discussion of the equivalence of the mass differential between the charged and neutral pion as a function the mass difference between the down and up quark. Given the unprecedented mass value of the down quark = 7.763258 MeV, the up quark mass is calculable from the even more exacting d-u mass differential = 4.593453 MeV, where the experimental pion mass difference = 4.5936 plusmn.0005 MeV.
