Sonnets: The Power of Love The majority of Elizabethan sonnets reflect two major themes: time and love. William Shakespeare, too, followed this convention, producing 154 sonnets, many of which deal with the usual theme of love. Because the concept of love is in itself so immense, Shakespeare found several ways to capture the essence of his passion. Therefore, in his poetry he explored various methods and used them to describe the emotions associated with his love for a mysterious "dark lady." These various ideas and views resulted in a series of sonnets that vibrantly depicts his feelings of true, undying love for his lady. Instead of making the topic less interesting, as some might expect, Shakespeare's myriad approaches serve to further the reader's knowledge about the sheer power of true love. Three of Shakespeare's methods that show his ability in this respect are the motif of dreams and thoughts, the examples of the extent of love, and Shakespeare's desire for his sonnets to aid or glorify their love. In many of Shakespeare's sonnets, he frequently mentions the continuous presence of a special lady in his dreams and thoughts. For example, in Sonnet 27, Shakespeare writes about the fact that he is never without his love. This is because during the day he worships her at sight, and at night she invades his dreams. He cannot sleep without her coming, unbidden, into his mind: "Lo, thus by day my limbs, by night my mind/ For thee, and for myself, no quiet find." Contrary to this thought, however, his constant musings of his lady are also a blessing to him. In Sonnet 29, Shakespeare, depressed and envious of others, thinks of his love: "Yet, in these thoughts myself almost despising,/ Haply I think on thee, a... ... middle of paper ... ...that time I do ensconce me here/ Within the knowledge of mine own desert." If he should ever have to live without her, his sonnets will remind him of the love that once was. Shakespeare's sonnets are a romantic and charming series of poems. His use of rhyme and passionate, eloquent language serve to illuminate his strong feelings. These techniques were probably the most fluent way for such a writer as him to express the immeasurable love that he obviously felt for his mysterious lady. Examining the numerous ways Shakespeare found to describe it, the reader believes that this love was undoubtedly lasting and authentic. He often made heart-felt comments about his emotions that could also suit lovers in the present day. Because of this, and the fact that people read them yet, Shakespeare's sonnets are timeless and universal, just like the concept of love itself.
Chemists are the specialists in chemistry, that interact with chemical properties, and reactions. The earth is made up of different gases. Some of this gases are needed for life in the planet but other gases can be harmful to the living. Gas’s use in regular quantities are favorable to the earth. The world started to become more advance and had to use more of this gases to produce everyday objects and inventions by men. Little did we knew this chemicals we going to affect us in our life. Chemist Jose Mario Molina actually discovered that chlorofluorocarbons were affecting the ozone layer.
William Shakespeare’s sonnets are considered to be some of the most beautiful poems in English literature. Although little is known about the poet, many seem to put their focus on Shakespeare’s inner life; wondering why he wrote the things he did. William Shakespeare is mostly known for his plays; however, he did accomplish a lot in poetry. William Shakespeare was powerful with his words, and knew how to express things in great depth. Why or who he wrote about is still a mystery. Scholars only know so much about his life, and are still trying to put the unknown pieces together.
When he writes "And yet, by heaven, I think my love as rare as any she, belied with false compare." (lines 13-14) in the final couplet, one responds with an enlightened appreciation, making them understand Shakespeare's message that true love consists of something deeper than physical beauty. Shakespeare expresses his ideas in a wonderful fashion. Not only does he express himself through direct interpretation of his sonnet, but also through the levels at which he styled and produced it. One cannot help but appreciate his message of true love over lust, along with his creative criticism of Petrarchan sonnets.
William Shakespeare’s sonnets are renowned as some of the greatest poetry ever written. He wrote a total of 154 sonnets that were published in 1609. Shakespearean sonnets consider similar themes including love, beauty, and the passing of time. In particular, William Shakespeare’s Sonnet 75 and Sonnet 116 portray the theme of love through aspects of their form and their display of metaphors and similes. While both of these sonnets depict the theme of love, they have significantly contrasting ideas about the same theme.
Sonnet 130 is Shakespeare’s harsh yet realistic tribute to his quite ordinary mistress. Conventional love poetry of his time would employ Petrarchan imagery and entertain notions of courtly love. Francis Petrarch, often noted for his perfection of the sonnet form, developed a number of techniques for describing love’s pleasures and torments as well as the beauty of the beloved. While Shakespeare adheres to this form, he undermines it as well. Through the use of deliberately subversive wordplay and exaggerated similes, ambiguous concepts, and adherence to the sonnet form, Shakespeare creates a parody of the traditional love sonnet. Although, in the end, Shakespeare embraces the overall Petrarchan theme of total and consuming love.
The author’s purpose in writing this book is many. One of these is to give students knowledge in the basics of chemistry. This book is an introduction to the life of chemistry itself. The theme of this book are elements, atoms, the periodic table, matter, chemical reactions, thermodynamics, DNA, electrochemistry, reaction rate, equilibrium, solutions, and much more! More broadly, the theme if this book is chemistry and its importance of it in our lives. There were many main points interesting to me, but here are a few.
Four-hundred years ago, scientists began identifying substances now know as elements. They began recognising patterns in the properties as the number of know elements grew, leading to the beginning of classification schemes that would come to devise the periodic table as we know it today ("The Periodic Table", n.d.).
The history of chemistry dates back to the time of ancient history to now. Ancient civilizations used technologies that would eventually form the basis of the various branches of chemistry by 1000 BC. For example, they were extracting chemicals from plants to make medicines. The history of chemistry is intertwined with the history of thermodynamics. Chemistry is very important to our world today. Without it, we wouldn’t be near as advanced as we are. Let’s take scientists for example. The scientists at St. Jude children’s research hospital; everyday they are working to find the cure to various types of cancer by mixing different chemicals and making various compounds to somehow help all the children with the big C word today. Chemistry plays a big role in things we would never think of.
... Curie and Frederic Joliot-Curie discovered that radioactive elements can be created artificially by the bombardment of alpha particles on certain elements. They were rewarded the 1935 Nobel Peace Prize. In the 1940’s, The Manhattan Project began. Albert Einstein and Enrico Fermi warned the United States about Germany’s extensive research on atomic fission reaction. The United States developed the very first working nuclear fission reactor below the football field at the University of Chicago. The Manhattan Project was officially in the process.
In society today it is very rare to find someone who does not own a cell phone. There are ten year old children running around with iPhones. Cell phones have become such an important part of society. They have come along way with the advancements made in technology to allow these phones to do more than you would think possible. We now not only use them to contact people, but use them for social media, to take pictures, surf the web, and get information at the touch of our fingers. It is crazy to think that at one point there were no cell phones. Without the use of chemistry we would not have the cell phones that we use today. Chemistry is defined by the Holt Modern Chemistry textbook as the scientific study of the composition, structure, and properties of matter and the changes that matter undergoes. Chemistry is responsible for the batteries that are in all our our cell phones. Without these batteries there would be no phone. The battery is the main power source of the phone and without it then the phone would not work.
At the time of its writing, Shakespeare's one hundred thirtieth sonnet, a highly candid, simple work, introduced a new era of poems. Shakespeare's expression of love was far different from traditional sonnets in the early 1600s, in which poets highly praised their loved ones with sweet words. Instead, Shakespeare satirizes the tradition of comparing one's beloved to the beauties of the sun. From its opening phrase "My mistress' eyes are nothing like the sun", shocks the audience because it does not portray a soft, beautiful woman. Despite the negative connotations of his mistress, Shakespeare speaks a true woman and true love. The sonnet is a "how-to" guide to love.
present. By 1000 BC. Ancient civilizations used a lot of different technologies that helped eventually form the different branches of chemistry. In my discussion about the history of chemistry, I will answer four questions that are very questionable. Such as, What was society like before the discovery of chemistry? How did natural resources limit or advance chemistry? How is chemistry affecting society today? And finally, what impact does chemistry have on the future?
Love can be conveyed in many ways. It can be expressed through movements, gestures or even words on a paper. In William Shakespeare’s poems, “Sonnet 18” and “Sonnet 130,” both revolve around the idea of love, but are expressed in a different ways in terms of the mood, theme and the language used.
During the Renaissance period, most poets were writing love poems about their lovers/mistresses. The poets of this time often compared love to high, unrealistic, and unattainable beauty. Shakespeare, in his sonnet 18, continues the tradition of his time by comparing the speakers' love/mistress to the summer time of the year. It is during this time of the year that the flowers and the nature that surround them are at there peak for beauty. The theme of the poem is to show the speakers true interpretation of beauty. Beauties worst enemy is time and although beauty might fade it can still live on through a person's memory or words of a poem. The speaker realizes that beauty, like the subject of the poem, will remain perfect not in the eyes of the beholder but the eyes of those who read the poem. The idea of beauty living through the words of a poem is tactfully reinforced throughout the poem using linking devices such as similes and metaphors.
This science is directly associated with chemistry through different concepts and applications. In order to be successful this division of science, a biochemist needs to have a strong understanding of atomic structure in various molecules and elements. They need to be able to understand the structure of the diverse molecules that they are working with and should be able to predict the outcome of certain chemical reactions. Furthermore, biochemists should be just as aware of certain molecules and substances that would not react well together. Ultimately, one of the biggest factors in biochemistry is being able to balance the molecules of the substance that is being created. However, biochemists not only need to be sure that the substance they are creating is balanced, but the substance created balances when combined with living organisms. If the substance created reacts poorly with the chemicals within a living organism, the outcome could very dangerous. Since there are important concepts a biochemist needs to understand, there are some specific chemistry concepts that they must apply. A basic concept they must know, as previously stated, is stoichiometry. Stoichiometry is vital to biochemists because they need to know how to balance certain substances to achieve the reaction they want. Since they are also working on the molecular