Oscillations

According to CNN, in late August 2017, hurricane Harvey hit land causing $75 billion dollars’ worth of damage and causing the deaths of 82 people as it tore through Texas with winds exceeding 130 mph and pouring 27 trillion gallons in less than a week. A week later hurricane Irma hit the Caribbean as a category 5 storm devastating the islands with 125 mph winds and claiming the lives of 61 people before weakening over the Florida coast. 10 days later hurricane Maria hits Dominica and Puerto Rico

El Nino and Recession The El Nino Southern Oscillation, or simply El Nino, has hit Ecuador with devastating effect a number of times over the past t we nty-five years. The 1982-83 El Nino cause over $650 million in damage, and was the cause of 600 deaths, wreaking havoc on Ecuador ’s agricultural industries

El Nino is a phenomena that occurs when the ocean and the atmosphere collide. The warm atmosphere mixes with the water and creates a moisture in the air creating a low pressure system. A high pressure system is created when the cold water reduces the air above it. During a low pressure system the air becomes moist and can create severe tropical storms, on the other hand when there is a high pressure system the cold dry air goes back down and takes away all of the moisture. When combined this can

I cannot tell you the exact date, while I’m sure many parents are able to in this circumstance. I can only tell you it was in Spring and my now 10-year-old son, Nino, was 6 years old at the time. I sat in a room after my son’s autism evaluation and heard the words, “Your son has autism. We are diagnosing him at level 2.” I would be lying if I said a tear didn’t fall after those words, but not so much about getting “bad news”, yet, certainly one of those tears fell for that, but the others than

Abstract The El Nino is a major factor of the climatic change and disturbance that has a global effect. El Nino Impacts the dynamic of ecosystem worldwide, Recent studies predicts that human generated rises in greenhouse gas levels will have a huge impact on the strength and the frequency of El Nino warming events. These studies are a main aspect that sparked up many scientists to focus on the ecological implication of El Nino on different organisms and how El Nino is effecting these organisms

or rapid change in temperature when changing from one season to another. There doesn’t seem to be a gradual increase or decrease anymore, well not like it was about 7-10 years ago. Yulsman (2015) points out that this is called El Nino-Southern Oscillation which is also called ENSO (Yulsman, 2015, para. 4) During an El Nino, heat stored in the tropical Pacific Ocean is released into the atmosphere, which tends to give a boost to global average temperatures. NOAA’s latest forecast is for a 70 percent

There are millions of planets that has the possibility to sustain life on a planet, but not a single one we know of like earth. fermi paradox says there are things called life barriers and there are certain barriers that have “filters”. filters only let the smartest lifeforms through them if they are real. They state electricity and earth or ourselves evolution are huge barriers that was destroyed. If an asteroid hit the earth or nuclear warfare happens it is a huge reason we have lost. According

Currently, one of the major problems in the world is the rapid change of our climate. Years of research and studies have linked climate change to the spreading and occurrence of many infectious diseases. Vectors and pathogens that were not able to spread to certain countries before because temperatures were too low for them to survive in are now being able to habituate these parts of the world because of how much warmer our planet is becoming. This is concerning to us because infectious diseases

A. NADH is an electron transporter that shuttles electrons from substrates to the mitochondrial electron transport chain. how might allosteric control of glycolytic enzymes be used as a mechanism that could create oscillations in NADH? (5 pts) The glycolytic enzyme produces two molecules of ATP and NADH from pyruvate. The allosteric control of the glycolytic enzyme are controlled by the amount of NADH produced. The higher concentration of NADH, will lead to more electrons being contributed

To measure the oscillations produced, the NADH can be measured by absorbance by using a spectroscopy. This can be done by having a bunch of yeast in a cuvette and sending light through a spectrometer, we could measure the light absorbed, the only absorption will come from the NADH(reduced form), the oxidized form of NADH will not show up on the spectrum. Using this technique, you should be able to see the oscillations made from the reduction and oxidation of NADH.