The Role of Women in the Church Essay Example for Free

The Role of Women in the Church Essay The role that women play in Church has always been a misunderstood and heavily scrutinized issue within the church. These negative thoughts may be attributed to the bible’s own scriptures in regards to women. It is widely believed that men are natural born leaders, as that is the way God made them, but modern society has shown us that women can be just as successful in leading, if not more so. Today women serve as positive leaders in politics, business, law and even in some churches as of lately. So why then, do many churches refuse women the right to serve as leaders? Why did God include passages of the Bible that restrict women’s leadership? According to The Rise Of Women As Church Leaders (2006), Many Christian religions keep women out of top leadership posts – especially the pulpit. Their reasons rely mainly on selective readings of certain biblical passages regarding women.† (para. 2) Women should listen and learn quietly and submissively (Timothy 2:11). I do not permit a woman to teach or to have authority over a man; she must be silent. For Adam was formed first, then Eve. And Adam was not the one deceived; it was the woman who was deceived and became a sinner. (Timothy 2:12-14). If they have any questions to ask, let them ask their husbands at home, for it is improper for women to speak in church meetings (Corinthians 13:35). The women should keep quiet in the churches, for they are not authorized to speak, but should take a secondary and subordinate place, just as the Law also says (Corinthians 14:34). These are each very clear examples of the restrictions of leading women in Christianity. While many churches continue to deny women certain human rights, it is very clear that without women, the Christian religion would be a vastly different community. In recent years, women have seen a large amount of changes within Christianity. This religion has actually put fourth opportunities for women in the community. While the rights of women might not be the equivalent to men as of yet, Christianity has helped give women a stronger place in society while hugely contributing to successful leaps in rights. Jewish and Islamic societies have also had their own issues regarding women’s roles. The primary role of a woman in all three religions is to be a wife and mother. Judaism teaches that men and women are equal in the eyes of God even though Judaism sets different roles for each sex. In Islam, it is a little bit different. The Qur’an regards men and women as equals and states that they should each be treated the same. However, many Muslim societies practice the oppression of women in day to day life. Similar to Orthodox Judaism, men and women worship separately in Islamic cultures. Christianity, Judaism and Islam have each seen many leaps and bounds in the rights of women in recent years. The next century could see even larger changes for women and possibly the complete abolishment of the oppression of women. Reference The Rise of Women as Church Leaders. (2006). Retrieved from http://www.csmonitor.com/2006/0719/p08s01-comv.html

The Telescope Essay -- essays research papers

The telescope has changed the world greatly by being able to make distant objects appear closer and more distinct. It helped scientists to discover things that could not be seen by the naked eye. For example, a lot of things in space would have not been discovered if it were not for the telescope. Also, it helped the world of eyesight. It would not only let you see objects from far away, it would also help you see if you had a problem with it. It could also be used for other things: hunting, war, and making new discoveries. What would the world be like without the telescope?   Ã‚  Ã‚  Ã‚  Ã‚  I don’t know what the world would be like, but I some very good reasons why it was good that the telescope was created. Before there was the telescope people had to make discoveries by judgment. They were not very accurate discoveries. They also had to just use the naked eye when they would have to use the naked eye when looking at distant objects that could have been easily seen by the telescope. The telescope was one of the main instruments of what has been called the Scientific Revolution of the seventeenth century. It revealed unsuspected phenomena in the heaves and had a profound influence on the controversy between followers of the traditional astronomy, the cosmos, and those who favored the naked eye. It was the first extension of man’s senses and demonstrated that ordinary observers could see things that Aristotle had not dreamed of. It therefore helped shift authority in the observation of nature from men to instruments. In short, it was the prototype of modern scientific instruments. But the telescope was not the invention of scientists; rather, it was the product of craftsmen. For that reason, much of it’s origin is inaccessible to us since craftsmen were by large illiterate and therefore historically often invisible.   Ã‚  Ã‚  Ã‚  Ã‚  Although the magnifying and diminishing properties of the convex and concave transparent objects was known in Antiquity, lenses, as we know them, were introduced in the West at the end of the thirteenth century. Glass of reasonable quality had become relatively cheap and in the major glass-making centers of Venice and Florence techniques for grinding and polishing glass had reached a high state of development. Now one of the main problems faced by aging scholoars could be solved. With age, the ey... ...e-maker’s on the Pont Neuf in Paris, and four months later there were several in Italy. We know that Thomas Harriot observed the mon with a six-powered spyglass in early August in 1609 but it was Galileo who made the instrument famous. He constructed the first spyglass in June or July of 1609, presented an eight-powered instrument to the Venentian Senate in August, and turned a twenty-powered instrument to the heavens on October or November. With this instument he oberserved the moon, discovered four satellites of Jupiter and resolved nebular patches into stars. This was just the beginning of many discoveries by the telescope.   Ã‚  Ã‚  Ã‚  Ã‚  As you can see, the telescope has changed the world greatly. Not just by using the telescope for all it’s uses, but also to encourage people to invent and discover things. As I stated before, it was one of the first big scientific discoveries of the Seventeenth century. So I will ask you again, what would the world be like without the telescope? Would we have discovered so many things without it? It is a good thing that it had been invented or we would have a very restricted look on life and everything around us out there. The Telescope Essay -- essays research papers The telescope has changed the world greatly by being able to make distant objects appear closer and more distinct. It helped scientists to discover things that could not be seen by the naked eye. For example, a lot of things in space would have not been discovered if it were not for the telescope. Also, it helped the world of eyesight. It would not only let you see objects from far away, it would also help you see if you had a problem with it. It could also be used for other things: hunting, war, and making new discoveries. What would the world be like without the telescope?   Ã‚  Ã‚  Ã‚  Ã‚  I don’t know what the world would be like, but I some very good reasons why it was good that the telescope was created. Before there was the telescope people had to make discoveries by judgment. They were not very accurate discoveries. They also had to just use the naked eye when they would have to use the naked eye when looking at distant objects that could have been easily seen by the telescope. The telescope was one of the main instruments of what has been called the Scientific Revolution of the seventeenth century. It revealed unsuspected phenomena in the heaves and had a profound influence on the controversy between followers of the traditional astronomy, the cosmos, and those who favored the naked eye. It was the first extension of man’s senses and demonstrated that ordinary observers could see things that Aristotle had not dreamed of. It therefore helped shift authority in the observation of nature from men to instruments. In short, it was the prototype of modern scientific instruments. But the telescope was not the invention of scientists; rather, it was the product of craftsmen. For that reason, much of it’s origin is inaccessible to us since craftsmen were by large illiterate and therefore historically often invisible.   Ã‚  Ã‚  Ã‚  Ã‚  Although the magnifying and diminishing properties of the convex and concave transparent objects was known in Antiquity, lenses, as we know them, were introduced in the West at the end of the thirteenth century. Glass of reasonable quality had become relatively cheap and in the major glass-making centers of Venice and Florence techniques for grinding and polishing glass had reached a high state of development. Now one of the main problems faced by aging scholoars could be solved. With age, the ey... ...e-maker’s on the Pont Neuf in Paris, and four months later there were several in Italy. We know that Thomas Harriot observed the mon with a six-powered spyglass in early August in 1609 but it was Galileo who made the instrument famous. He constructed the first spyglass in June or July of 1609, presented an eight-powered instrument to the Venentian Senate in August, and turned a twenty-powered instrument to the heavens on October or November. With this instument he oberserved the moon, discovered four satellites of Jupiter and resolved nebular patches into stars. This was just the beginning of many discoveries by the telescope.   Ã‚  Ã‚  Ã‚  Ã‚  As you can see, the telescope has changed the world greatly. Not just by using the telescope for all it’s uses, but also to encourage people to invent and discover things. As I stated before, it was one of the first big scientific discoveries of the Seventeenth century. So I will ask you again, what would the world be like without the telescope? Would we have discovered so many things without it? It is a good thing that it had been invented or we would have a very restricted look on life and everything around us out there.

Digital Fortress Chapter 48

â€Å"What?† Midge sputtered in disbelief. â€Å"Strathmore claims our data is wrong?† Brinkerhoff nodded and hung up the phone. â€Å"Strathmore denied that TRANSLTR's been stuck on one file for eighteen hours?† â€Å"He was quite pleasant about the whole thing.† Brinkerhoff beamed, pleased with himself for surviving the phone call. â€Å"He assured me TRANSLTR was working fine. Said it was breaking codes every six minutes even as we speak. Thanked me for checking up on him.† â€Å"He's lying,† Midge snapped. â€Å"I've been running these Crypto stats for two years. The data is never wrong.† â€Å"First time for everything,† he said casually. She shot him a disapproving look. â€Å"I run all data twice.† â€Å"Well†¦ you know what they say about computers. When they screw up, at least they're consistent about it.† Midge spun and faced him. â€Å"This isn't funny, Chad! The DDO just told a blatant lie to the director's office. I want to know why!† Brinkerhoff suddenly wished he hadn't called her back in. Strathmore's phone call had set her off. Ever since Skipjack, whenever Midge had a sense that something suspicious was going on, she made an eerie transition from flirt to fiend. There was no stopping her until she sorted it out. â€Å"Midge, it is possible our data is off,† Brinkerhoff said firmly. â€Å"I mean, think about it-a file that ties up TRANSLTR for eighteen hours? It's unheard of. Go home. It's late.† She gave him a haughty look and tossed the report on the counter. â€Å"I trust the data. Instinct says it's right.† Brinkerhoff frowned. Not even the director questioned Midge Milken's instincts anymore-she had an uncanny habit of always being right. â€Å"Something's up,† she declared. â€Å"And I intend to find out what it is.†

The 4 Stages of the Ladybug Life Cycle

Ladybugs are known by several other names: lady beetles, ladybug beetles, and ladybird beetles. Regardless of what you call them, these beetles belong to the family Coccinellidae. All ladybugs progress through a four-stage life cycle known as complete metamorphosis. Embryonic Stage (Eggs) Wilfried Martin / Getty Images The ladybug life cycle begins with an egg. Once she has mated, the female ladybug lays a cluster of 10 to 50 eggs. She usually deposits her eggs on a plant with suitable prey for her offspring to eat when they hatch; aphids are a favorite food. Between spring and early summer, a single female ladybug can produce up to 1,000 eggs. Scientists believe ladybugs lay both fertile and infertile eggs in the cluster. When aphids are in limited supply, the newly hatched larvae will feed on the infertile eggs. Larval Stage (Larvae) Pavel Sporish / Getty Images In about four days, ladybug larvae emerge from their eggs. Species and environmental variables such as temperature can shorten or lengthen this timeframe. Ladybug larvae look somewhat like tiny alligators, with elongate bodies and bumpy exoskeletons. In many species, the ladybug larvae are black with brightly colored spots or bands. In the larval stage, ladybugs feed voraciously. A single larva can consume dozens of aphids per day. Larvae feed on other soft-bodied plant pests as well, including scale insects, adelgids, mites, and insect eggs. Ladybug larvae dont discriminate when feeding and will sometimes eat ladybug eggs, too. The newly hatched larva is in its first instar, a developmental stage that occurs between molts. It feeds until it grows too big for its cuticle, or soft shell, and then it molts. After molting, the larva is in the second instar. Ladybug larvae usually molt through four instars, or larval stages, before preparing to pupate. The larva attaches itself to a leaf or other surface when it is ready to pupate, or metamorphose, into its adult form. Pupal Stage (Pupae) Pavel Sporish / Getty Images In its pupal stage, the ladybug is usually yellow or orange with black markings. The pupa remains still, attached to a leaf, throughout this stage. The ladybugs body undergoes a remarkable transformation, directed by special cells called histoblasts. They control a biochemical process through which the larval body is broken down and reformed into the adult ladybug. Depending on the species and environmental variables such as temperature, the pupal stage lasts three to 12 days. Imaginal Stage (Adult Beetles) OZGUR KEREM BULUR/SCIENCE PHOTO LIBRARY / Getty Images Newly emerged adults, or imagos, have soft exoskeletons, making them vulnerable to predators until their cuticles harden. They appear pale and yellow when they emerge but soon develop the deep, bright colors for which ladybugs are known. Adult ladybugs feed on soft-bodied insects, just as their larvae do. Adults overwinter, usually hibernating in aggregations. They mate soon after becoming active again in the spring. Finding Eggs and Larvae A garden plant prone to aphid infestations is a prime ladybug habitat. To familiarize yourself with the ladybug life cycle, visit this plant daily. Take your time examining the leaves, lifting them to observe the undersides, and youll likely find a cluster of bright yellow eggs. Within a few days, tiny ladybug larvae will hatch, and youll find the odd-looking immature ladybugs on the prowl for aphids. Later, youll see dome-shaped pupae, shiny and orange. If aphids are abundant, adult ladybugs will hang around, too.