Thursday, October 2, 2008

FW: Campus Life

 

 

 

Many young people in our days are trapped in the addiction to Pornography. This is killing alot of the youth even in church.Zealous but bound. Unfortunately porn has not spared the married.
Yea, it has severe Psychological implications to the survival of marriage.Ask your nearest psychologist who will kindly give you guidance into looking at the fatality of such engagements.Jesus is standing at the door ,waiting for you.Make a determined step to let go of the sinful nature of Lust, He'll help you out of that.Here is a testimony of how a youngman got freed from the addiction to Porn! Are you addicted?and to What?drugs?........Again, trust Jesus for the changing power!



Campus Life, January/February 2007

Addicted to Porn
I didn't want to keep looking. But I did.
by Shaun Groves

The remains of the campfire were cold. And the labels on the bottles of Bud were bleached white by days in the sun. Whoever had camped out in the woods near my house was long gone. My friend and I picked through the debris they'd left behind. An abandoned hip-hop CD. A few empty baggies and bottles. And a magazine.

The cover was weathered and unrecognizable. I poked it open with a stick, scared of what critters might be calling it home now. Its dewy, wet pages flopped open. I saw a woman. And I saw her naked breasts.

Since I was only 7, I ran. I mean, girls had cooties. They were gross. They were things we chased at recess, but didn't know what to do if we ever caught one. But I still remember that image. I was excited by it, but scared of it at the same time. I didn't understand it and I knew I shouldn't be seeing it.

And I knew I wanted more.

A few years later I got my chance. This time I didn't run away. I was 13. I was at my friend Tyler's* house. Tyler was my only friend with internet access. Almost every day, we played computer games for hours.

But one day we clicked on what we thought was a game to download, and our lives changed. It wasn't a game, but a video. At first, we laughed as we saw the blurry, slow-moving image of a woman. We laughed nervously as if to say, "That's so stupid. Turn it off." But we didn't turn it off. We watched it. Then I went home.

But Tyler went looking for more and showed me what he found. I didn't run away this time. I didn't want to keep looking. But I did. I was caught.

Eventually, looking at nudity online together grew uncomfortable and boring. So Tyler and I took our passion for porn solo. Tyler kept downloading anything he could find, progressing from topless women to sex photos to hardcore videos. Meanwhile, I bounced between feeling guilty and wanting to see more. Some days I was strong. Other days, I was like a lustful porn addict looking for a fix. I never purchased or downloaded porn, though. I was a church kid in a small town who could be recognized and ratted on. And I had no computer at home. Instead, I stole porn.

I searched my friends' houses in hopes their dad had a hidden stash of Playboys somewhere. When that didn't work, I stole porn magazines from convenience store shelves. Not many. Just three or four over a couple of years. But I savored them.

I imagined one page at a time coming to life. It's embarrassing to say, but these women made me feel loved. My eyes would feast on their skin and it made me feel like a man. For just one moment, I felt wanted. I felt pleasure.

I felt close to someone, and it never bothered me that she wasn't real. She was to me.

But those moments of fulfillment did pass. Always. The pleasure faded. And in its wake I fought pounding waves of regret and guilt. I felt a million miles from good, a billion light years from God. I'd often think back to how I saw that first picture of a naked woman. I had used a stick to keep it away from me. I felt like God had the stick in his hand now, poking at me from a distance, trying not to get any of me on him.

I knew this wasn't true. I knew I was a Christian. And I knew God saw me as perfect and loveable as he saw his very own Son. I knew all this. Grace. Love. Forgiveness.

But I didn't feel it. And I grew more and more depressed and frustrated with myself. I'd promise myself over and over that I wouldn't mess up again, only to repeat my mistakes.

Tyler wasn't any better. He eventually found it impossible to believe in a God who'd keep him from looking at porn. With God out of the picture, Tyler convinced himself porn was just about pleasure. And how could pleasure hurt anyone? Once he decided pornography wasn't evil, he embraced it. He subscribed to Playboy and bought their videos.

Seeing what happened to Tyler was a wake-up call. I knew I was headed down the same path. So I got help. One day, I was hanging out with a close friend who was a strong believer. Out of nowhere, I told him everything. My voice shaking, I confessed that if I could look at pornography for free, knowing I wouldn't be found out or feel guilty, I would. I asked him for help. We prayed together.

And then—to my surprise—my friend told me he had the same problem. Turns out most of my friends did. We went to an older Christian in our church and asked him to meet with us every week and help us. This man had no great wisdom we lacked, no secret to fighting the drawing power of naked women. But what he did was listen, give us wise advice and pray. He became a caring mentor to all of us. The first thing he showed us was that we weren't the only ones with these problems. We weren't freaks. We weren't alone anymore.

As I met with my new accountability group, I saw my life had to change. And a lot of those changes and lessons still apply to my life today. Lesson one: run away. "Flee!" our mentor often said. "Alcoholics shouldn't live across the street from a liquor store." To me, that means I can't walk alone into the magazine section of a store. Or use a computer alone without internet filters.

I have to limit the opportunities for temptation. I have to put space between me and porn. I can't have some catalogs in my house. I don't let myself watch TV alone. Even with filters on my internet service, I don't go online if no one else is home. These restrictions annoy me sometimes. But they help me flee.

The second thing I learned was to ask myself the question: How can I increase my desire for God and smother my desire to lust? Someone once told me that there are two dogs in my heart's backyard. One dog always craves pleasure, sin and selfishness. The other dog craves justice, mercy, peace and obedience to God. When I wake up every day, I choose which dog gets fed. The one I feed grows until the other dog can't even be seen.

I need to feed the right dog. I do that by having honest relationships with Christian guys. I have one friend in particular I check in with daily. We talk honestly about sex and sin and the junk that tempts us. Together we figure out how to be better men. We gripe. We pray. We confess. We teach.

I also feed the right dog by reading the Bible and studying it with other people. And I don't just read it, but I write down what I've learned and what I'll do or think differently because of it. I spend time in silence asking God to speak to me. I pray, worship, serve other people.

On most days, the good dog outweighs the bad one. That mongrel is so scrawny now that I hardly notice him. But he surprises me every once in a while. Out of nowhere he'll bark at me, and I'll find myself pulled in the wrong direction. He's the loudest when I'm not careful about avoiding temptation. So I flee. I get up and leave.

And I pray: "God, help me do what's right today. And help Tyler, too. Save us both from pornography and make us closer to perfect. Make us love you more than ourselves and surround us with people who remind us that you love us even when we mess up. Surround us with friends and a church that feed the holy side of us and teach us how to starve the addicted side of us. Kill the bad dog. Feed the good one. Amen."

 

1 comment:

  1. This is an issue that is far more widespread than people realize or want to admit (Of course, most non-Christians either have no problem with it, or applaud it). Even Christians are affected by it.

    Check out this cutting-edge website:

    http://xxxchurch.com/

    ReplyDelete

More from Dr. Anne marie Helmenstine

Make Biodiesel - Instructions for Making Biodiesel from Vegetable Oil



Save Money Making Your Own Biodiesel
By Anne Marie Helmenstine, Ph.D., About.com

It's easy and cost-effective to make your own biodiesel.
Biodiesel Engine Biodiesel Plant How to Make Biodiesel Biodiesel Production Making Biodiesel

Biodiesel is a diesel fuel that is made by reacting vegetable oil (cooking oil) with other common chemicals. Biodiesel may be used in any diesel automotive engine in its pure form or blended with petroleum-based diesel. No modifications are required, and the result is a less-expensive, renewable, clean-burning fuel. Here's how to make biodiesel from fresh oil. You can also make biodiesel from waste cooking oil, but that is a little more involved, so let's start with the basics.

Materials for Making Biodiesel

· 1 liter of new vegetable oil (e.g, canola oil, corn oil, soybean oil)
· 3.5 grams (0.12 oz.) sodium hydroxide (also known as lye). Sodium hydroxide is used for some drain cleaners, such as Red Devil™ drain cleaner. The label should state that the product contains sodium hydroxide (not calcium hypochlorite, which is found in many other drain cleaners)

· 200 milliliters (6.8 fl. oz.) of methanol (methyl alcohol). Heet™ fuel treatment is methanol. Be sure the label says the product contains methanol (Isoheet™, for example, contains isopropyl alcohol and won't work).

· blender with a low speed option. The pitcher for the blender is to be used only for making biodiesel. You want to use one made from glass, not plastic, since the methanol you will use can react with plastic.

· digital scale [to accurately measure 3.5 grams (0.12 oz.)]

· glass container marked for 200 milliliters (6.8 fl. oz.). If you don't have a beaker, measure the volume using a measuring cup, pour it into a glass jar, then mark the fill-line on the outside of the jar.

· glass or plastic container that is marked for 1 liter (1.1 quart)

· wide mouth glass or plastic container that will hold at least 1.5 liters (2-quart pitcher works well)

· safety glasses, gloves, and probably an apron. You do not want to get sodium hydroxide or methanol on your skin, nor do you want to breathe the vapors from either chemical. Both chemicals are toxic. Please read the warning labels on the containers for these products! Methanol is readily absorbed through your skin, so do not get it on your hands. Sodium hydroxide is caustic and will give you a chemical burn. Prepare your biodiesel in a well-ventilated area. If you spill either chemical on your skin, rinse it off immediately with water.

Let's Make Biodiesel!

1. You want to prepare the biodiesel in a room-temperature (70° F) or warmer room since the chemical reaction will not proceed to completion if the temperature is too low.

2. If you haven't already, label all your containers as 'Toxic - Only Use for Making Biodiesel', since you don't want anyone drinking your supplies and you don't want to use the glassware for food again.

3. Pour 200 ml methanol (Heet) into the glass blender pitcher.

4. Turn the blender on its lowest setting and slowly add 3.5 g sodium hydroxide (lye). This reaction produces sodium methoxide, which must be used right away or else it loses its effectiveness. (Like sodium hydroxide, it can be stored away from air/moisture, but that might not be practical for a home setup.)

5. Mix the methanol and sodium hydroxide until the sodium hydroxide has completely dissolved (about 2 minutes), then add 1 liter of vegetable oil to this mixture.

6. Continue blending this mixture (on low speed) for 20-30 minutes.

7. Pour the mixture into a wide-mouth jar. You will see the liquid start to separate out into layers. The bottom layer will be glycerin. The top layer is the biodiesel.

8. Allow at least a couple of hours for the mixture to fully separate. You want to keep the top layer as your biodiesel fuel. If you like, you can keep the glycerin for other projects. You can either carefully pour off the biodiesel or use a pump or baster to pull the biodiesel off of the glycerin.

Using Biodiesel

Normally you can use pure biodiesel or a mixture of biodiesel and petroleum diesel as a fuel in any unmodified diesel engine. There are two situations in which you definitely should mix biodiesel with petroleum-based diesel.

· If you are going to be running the engine at a temperature lower than 55° F (13° C), you should mix biodiesel with petroleum diesel. A 50:50 mixture will work for cold weather. Pure biodiesel will thicken and cloud at 55° F, which could clog your fuel line and stop your engine. Pure petroleum diesel, in contrast, has a cloud point of -10° F (-24° C). The colder your conditions, the higher percentage of petroleum diesel you will want to use. Above 55° F you can use pure biodiesel without any problem. Both types of diesel return to normal as soon as the temperature warms above their cloud point.

· You will want to use a mixture of 20% biodiesel with 80% petroleum diesel (called B20) if your engine has natural rubber seals or hoses. Pure biodiesel can degrade natural rubber, though B20 tends not to cause problems. If you have an older engine (which is where natural rubber parts are found), you could replace the rubber with polymer parts and run pure biodiesel.

Biodiesel Stability & Shelf Life

You probably don't stop to think about it, but all fuels have a shelf life that depends on their chemical composition and storage conditions. The chemical stability of biodiesel depends on the oil from which it was derived. Biodiesel from oils that naturally contain the antioxidant tocopherol or vitamin E (e.g., rapeseed oil) remain usable longer than biodiesel from other types of vegetable oils. According to at least one source stability is noticeably diminished after 10 days and the fuel may be unusable after 2 months. Temperature also affects fuel stability in that excessive temperatures may denature the fuel.

What Is the Difference Between a Scientist and an Engineer?


By Anne Marie Helmenstine, Ph.D., About.com

Chemical engineers supervise the central pumping station at the Yukos Oil and Gas company in Nefteyugansk, Siberia.

Links

Chemical Software FreeMolecular Builder and Property Estimation Neural Networkwww.bestsystems.co.jp
Information SecurityYour Flexible Route To University! Sign Up At University of London Nowwww.LondonExternal.ac.uk
Virtual Chem LabFun Simulations & Guided Lessons Register & Get Next 6 Months Free.www.VirtLab.com

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Question: What Is the Difference Between a Scientist and an Engineer?

Scientist versus engineer... are they the same? Different? Here's a look at the definitions of scientist and engineer and the difference between a scientist and engineer.

Answer: A scientist is a person who has scientific training or who works in the sciences. An engineer is someone who is trained as an engineer. So, to my way of thinking, the practical difference lies in the educational degree and the description of the task being performed by the scientist or engineer. On a more philosophical level, scientists tend to explore the natural world and discover new knowledge about the universe and how it works.

Engineers apply that knowledge to solve practical problems, often with an eye toward optimizing cost, efficiency, or some other parameters.

There is considerable overlap between science and engineering, so you will find scientists who design and construct equipment and engineers who make important scientific discoveries. Information theory was founded by Claude Shannon, a theoretical engineer. Peter Debye won the Nobel Prize in Chemistry with a degree in electrical engineering and a doctorate in physics.

Do you feel there are important distinctions between scientists and engineers? You're invited to define the difference.

Why is Stainless Steel Stainless?


What It Is and How It Works!

By Anne Marie Helmenstine, Ph.D., About.com

What Is Stainless Steel and Why Is it Stainless?

In 1913, English metallurgist Harry Brearly, working on a project to improve rifle barrels, accidentally discovered that adding chromium to low carbon steel gives it stain resistance.

In addition to iron, carbon, and chromium, modern stainless steel may also contain other elements, such as nickel, niobium, molybdenum, and titanium. Nickel, molybdenum, niobium, and chromium enhance the corrosion resistance of stainless steel. It is the addition of a minimum of 12% chromium to the steel that makes it resist rust, or stain 'less' than other types of steel.

The chromium in the steel combines with oxygen in the atmosphere to form a thin, invisible layer of chrome-containing oxide, called the passive film. The sizes of chromium atoms and their oxides are similar, so they pack neatly together on the surface of the metal, forming a stable layer only a few atoms thick. If the metal is cut or scratched and the passive film is disrupted, more oxide will quickly form and recover the exposed surface, protecting it from oxidative corrosion. (Iron, on the other hand, rusts quickly because atomic iron is much smaller than its oxide, so the oxide forms a loose rather than tightly-packed layer and flakes away.)

The passive film requires oxygen to self-repair, so stainless steels have poor corrosion resistance in low-oxygen and poor circulation environments. In seawater, chlorides from the salt will attack and destroy the passive film more quickly than it can be repaired in a low oxygen environment.

Types of Stainless Steel

The three main types of stainless steels are austenitic, ferritic, and martensitic. These three types of steels are identified by their microstructure or predominant crystal phase.

Austenitic: Austenitic steels have austenite as their primary phase (face centered cubic crystal). These are alloys containing chromium and nickel (sometimes manganese and nitrogen), structured around the Type 302 composition of iron, 18% chromium, and 8% nickel. Austenitic steels are not hardenable by heat treatment.

The most familiar stainless steel is probably Type 304, sometimes called T304 or simply 304. Type 304 surgical stainless steel is an austenitic steel containing 18-20% chromium and 8-10% nickel.

Ferritic: Ferritic steels have ferrite (body centered cubic crystal) as their main phase. These steels contain iron and chromium, based on the Type 430 composition of 17% chromium. Ferritic steel is less ductile than austenitic steel and is not hardenable by heat treatment.

Martensitic: The characteristic orthorhombic martensite microstructure was first observed by German microscopist Adolf Martens around 1890. Martensitic steels are low carbon steels built around the Type 410 composition of iron, 12% chromium, and 0.12% carbon. They may be tempered and hardened. Martensite gives steel great hardness, but it also reduces its toughness and makes it brittle, so few steels are fully hardened.

There are also other grades of stainless steels, such as precipitation-hardened, duplex, and cast stainless steels. Stainless steel can be produced in a variety of finishes and textures and can be tinted over a broad spectrum of colors.

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