Education

How Parents Can Provide More Structure for Teens

There are some things that parents can do to both provide more structure for teens and monitor their behavior with an increased level of confidence.


Know your teen’s friends – Parents should know all your teen’s friends, as well as their families, if possible.

Know where your teen is at all times – It should be mandatory that your teen keep you informed of where he or she will be at all times. Don’t settle for a vague, “I’ll be hanging out with my friends.” That’s not specific, and won’t help you locate your teen should you need to or if there’s a panic call for help. Require your teen to give you specific details, including who they’ll be with, where they’re going, what they’ll be doing, if there’ll be responsible adults in attendance, and when they’ll be home. If they can’t or won’t provide the details, don’t allow your teen to go.

Educate teens on distracted driving – Although the dangers of texting and cell phone use while driving are becoming more well-known, and many states have or are enacting laws prohibiting such behavior, make sure your teen knows the dangers of distracted driving. The obsession of teens to be constantly in touch with their friends by texting, especially, is something that parents need to nip in the bud. If parents see their teens repeatedly violating the law by texting and/or using cell phones while driving, either take away the cell phone or restrict driving privileges – or both.

Limit Internet use – Establish rules that teens need to abide by for limiting Internet use when parents aren’t home. Educate teens on the dangers of unsafe use of the Internet, and know what your teens are doing when they’re online.

Encourage an after-school job for your teen – To keep teens busy and out of trouble in the all-important hours of 3 to 6 p.m. when millions of American teens are left unsupervised, encourage your teen to get an after-school job. In the summer, a part-time job can be even more important, since there are many long hours while parents are away at work that teens can wind up doing things that can land them in trouble.

Please read more from the source with thanks: http://www.elementsbehavioralhealth.com/adolescent...

Working State of the machine

This type of drive is ideal for working in a stable working state of the machine. Last but not least, when compared with other transport mechanics, Worm's greatest strength is its self-locking function. When the worm lead angle is less than the friction angle of the gear mesh, this transport mechanism will produce a reverse self-locking. At this point, the worm can drive the worm, but worms, worm drive is impossible. The self-locking feature machines.Second made a great contribution to the safety, let us analyze the shortcomings of worm gear. As far as we know, everything has two sides on like a coin. Such a transport mechanism is no exception. Transmission efficiency of this transport mechanism is very poor. In addition, the wear in the transmission process is very serious. Why is there such a transport mechanism of these disadvantages? It is related to its driver in the form. The form of worm gear drive transmission. Sliding wear of tooth surface faster. In order to reduce wear of tooth surfaces, the use of expensive materials by such transport mechanism. Therefore, the worm's costs. More expensive.SeekPart.com price is a global B2B platform in the industry, the mechanical parts. SeekPart total supply and demand information in this regard, our ultimate goal is through our online tools, use these clues to the mechanical parts in the benefit of buyers and sellers. Gear for a wide range of industrial applications now. There gear weight from 15 g 15 tons. Many industries use power or rotational force from one component to another gear. There are a variety of gear applications starting from textile looms aviation industry. There is no doubt that the demand in the industrial gear up to $ 12.5 billion estimated using plant materials worldwide.Cement broken perimeter gear. The circumference of the gear with high strength and highly durable, they can use in any operating environment. For rotation in the cement industry, power transmission equipment is essential, is to provide a variety of open gear drive. In the cement industry in the use of other types of gear reducer, gear, sprocket, gear shaft and helical gears. This is used to transfer gear means, has engaged in dental rotary motion mechanical parts. Gear should be free to rotate as a fixed point of a small lever. This gear is used to change the speed, strength, and even can be classified into three categories, depending on their direction of motion between the revolution axis of the input and output shaft.Gears. Axis can be parallel, intersecting, neither parallel nor intersecting. The classification is based on the parallel gear shafts, gears, gear connected intersects the axis is neither parallel nor intersecting axes. Basic industrial gear tooth wheel or the mechanical parts such as cylinder and so on. Gear is a component that rotates to another device teeth exert force to produce mechanical advantage.

Various mechanical advantages

These machines transmit motion or to change the speed of the machine. Various mechanical advantages, including drive motor vehicles or any other vehicle. The vehicle's engine and transmission gear drive engine transferred to the movement or speed. Products is another example of pendulum clock gear and hand mixer or blender grinding machines and other gear, you can also adjust the direction of rotation, gear design in such a way to increase or decrease the strength or speed to another gear means meshing gears circumference of the same motion or force the speed of movement. Since the circumference of a wheel speed is the speed divided by its radius, so the larger the radius is proportional to the gear, with a given size and speed of the gear meshing, when its speed will be slow. Engine or motor in any gear is based on its speed. Although the gearbox and the worm is very common to reduce the mechanical power transmission equipment, and many people can not describe how it works. The following is a mathematical basis, and its functional description, how to work the gearbox to reduce the basic explanation. Transmission to reduce a basic level, to reduce the speed of the motor output, while increasing the torque. This is to reduce the transmission of some common uses: to reduce the motor RPM package. Sometimes, the motor speed is simply too fast application. To find a wheel speed of miles per hour from its RPM, multiply the diameter of the RPM, and then divided by the constant 336.1352. This formula, we can determine, at 3000 RPM of the motor connected to the 6-inch wheels will be 54 miles per hour. These are applications such as precision robotic fast too. A Falk gear reducer to be used in this case, conversion into useful torque torque than choose a more reasonable speed.Speed speeding. Some systems require variable torque ratio. One of the most familiar example is the automobile. Although you may want more torque and speed of traffic in the city or the mountains, you will want more speed and reduce the torque on the highway. As a Falk gear reducer in industrial environments, the use of the automobile transmission gearbox reduction.Gears use a huge number of industrial and mechanical equipment. Gear is a lot of work to do, but most notably, they use mobile equipment gear. Through a gear reducer can reduce the pace of production, while the torque can be enlarged. These gears are also used to adjust the direction of rotation. Different types of gear, one of which is industrial gear. Industrial gear tooth main part of the equipment as a wheel or a cylinder and so on. Industrial gear is used to determine the various forms, such as spur, helical, double helical bevel gears, worm gears, sprockets, planetary, spiral bevel gears and some other mobile parts.Industrial torque, of course, and the pace of these types of revolution and their uses are discussed below: 1.Spur gear: it is a cylinder-shaped type of industrial gears.
 

Genetic Engineering (GE) or Genetic Modification (GM) of
food involves the laboratory process of artificially inserting
genes into the DNA of food crops or animals. The result is
called a genetically modified organism or GMO. GMOs can be
engineered with genes from bacteria, viruses, insects, animals,
or even humans. Most Americans say they would not eat GMOs
if labeled, but unlike most other industrialized countries, the
U.S. does not require labeling.

This Non-GMO Shopping Guide is designed to help reclaim
your right to know about the foods you are buying, and help
you find and avoid GMO foods and ingredients.

Tips for avoiding GM crops

TIP #1: BUY ORGANIC
Certified organic products are not allowed to contain any
GMOs. Therefore, when you purchase products labeled “100%
organic,” “organic,” or “made with organic ingredients,” all
ingredients in these products are not allowed to be produced
from GMOs. For example, products labeled as “made with
organic ingredients” only require 70% of the ingredients to
be organic, but 100% must be non-GMO.

TIP #2: LOOK FOR“NON-GMO” LABELS
Companies may voluntarily label products as “non-GMO.”
Some labels state “non-GMO” while others spell out “Made
Without Genetically Modified Ingredients.” Some products
limit their claim to only one particular “At-Risk” ingredient
such as soy lecithin, listing it as “non-GMO.”

TIP #3: AVOID AT-RISK INGREDIENTS
Avoid products made with any of the crops that are GM. Most
GM ingredients are products made from the “Big Four:” corn,
soybeans, canola, and cottonseed, used in processed foods.
Some of the most common genetically engineered Big Four
ingredients in processed foods are:

Corn
■ Corn flour, meal, oil, starch, gluten, and syrup
■ Sweeteners such as fructose, dextrose, and glucose
■ Modified food starch*

Soy
■ Soy flour, lecithin, protein, isolate, and isoflavone
■ Vegetable oil* and vegetable protein*

Canola Canola oil (also called rapeseed oil)
Cotton Cottonseed oil
*May be derived from other sources

Additionally, GM beet sugar recently entered the food
supply. Look for organic and non-GMO sweeteners, candy and
chocolate products made with 100% cane sugar, evaporated
cane juice, agave, or organic sugar, to avoid GM beet sugar.

BUY PRODUCTS LISTED in The True Food Shopping Guide ( read below for details)

Today, thousands of products on supermarket shelves are made with ingredients from genetically modified (also known as genetically engineered <GE>) crops. But GM foods are not labeled in the U.S., despite warnings from doctors and scientists that these foods may not be safe in the diet or the environment. This lack of mandatory labeling can make it difficult to determine which products are made with GM ingredients and which are not. The True Food Shoppers Guide is designed to give you the tools you need to make informed purchasing decisions.
The True Food Shoppers Guide also arms you with valuable information regarding common GM ingredients, as well as brands to look for, and to look out for. The application includes a “Four Simple Tips” section, which offers easy ways to avoid GM ingredients, a “Supermarkets and GMOs” section to help consumers identify GM and non-GMO private-label store brands, and a rbGH and rbGH-free dairy guide.
In addition to a list of brands that produce foods with no GM content, the application also offers contact information for companies that do use GM ingredients. This feature enables consumers to personally voice their opposition to the use of GM foods directly to the parties involved. As a result, the app serves not only as a shopping guide and teaching tool, but one that can be used for widespread advocacy as well. The app also has a “Take Action” section allowing people to contact state and federal agencies and officials to demand better regulatory oversight, safety testing and labeling laws for GM foods and crops.

The mobile app was created to help you find and avoid GE ingredients wherever you shop. Our guide gives you valuable information on common GE ingredients, brands to look for, and look out for, and common sense tips to keep you in the know. Stop shopping in the dark and download your new pocket shoppers’ guide today!

Get it for free on iTunes (for iPhone, iPod Touch and iPad) or Android Market by searching for “True Food.”
Don’t have a compatible mobile phone? Download our NEW printable True Food Shoppers Guide, updated for 2011 instead!
Go behind the label and get the facts on genetically engineered foods.

App Features:
• Our “Four Simple Tips” section gives you easy ways to avoid genetically modified ingredients in any product
• “What’s New” brings you an always-updated feed of the Center for Food Safety’s latest news and campaign developments on GMOs and other important food issues. You can even share these articles and announcements with your friends on Facebook, Twitter, Digg and more, right from the app!
• Our “Action” center brings you our latest action alerts on simple things you can do to demand True Food!
• “Supermarkets and GMOs” lists major supermarket chains across the US and their policies on GMOs and rbGH use. Here you can find non-gmo and rbGH-free store brands, and supermarkets that are entirely non-gmo in their private-label brands!
• You can browse the Shoppers Guide by category (16 categories in all) in a simple “Green” and “Red” list format, or search for products by brand name or food type
• The Shoppers Guide also includes the ability to call or email companies listed in the “Red” (those who do not avoid GM ingredients in their products) to let them know you will not buy their products until they drop GMOs
• Learn about the risks of gm crops and foods, the benefits of and where to buy organics, gm crops in development, rbGH, and more in “More Info”
• Join the CFS True Food Network or our new Mobile Activists list and get updates and action alerts on the most pressing food issues via email or text message! We are over 100,000 members strong, and growing. Add your voice!
• Connect with the CFS True Food Network on Facebook, Twitter, and YouTube
The True Food Shoppers Guide was compiled because you have the right to know what’s in your food!
The Guide was compiled primarily from direct communications with food producers. In some cases, we received company policy statements from consumers who passed these on to us. In addition to written statements, we spoke to many company representatives to clarify or assess their position. Products on the RED list contain ingredients that come from the most common GE crops (corn, soy, canola, cotton). Companies with products on this list have confirmed that their products may have or are likely to be made with GE ingredients, or have not denied using GE foods when given the opportunity to do so. Companies on the GREEN list have made a concerted effort to avoid GE ingredients and have company policies asserting their position on avoiding GE foods.
As ingredients change in products all the time, the best thing is to check the ingredients list of the products you buy often. Keep a look out for:
Corn: corn oil, corn syrup, high fructose corn syrup, corn starch, corn meal
Soy: soy protein, soy lecithin, soy oil, soy sauce, soy isolates
Canola: canola oil
Cotton: cottonseed oil

Click below to download the NEW True Food Shopper’s Guide to avoid GE foods, updated for 2011, or get our True Food Shoppers Guide mobile application for iPhone and Android!

http://gefoodlabels.org/about/true-food-shoppers%e...

Source: The Center for Food Safety