Kearson Correlation Lab Report

“Beijing lie between longitudes 115°25′E and 117°30′E and between latitude 39°26′N and 41°03′N in North China. Specifically, Beijing is located at the eastern edge of the Eurasian continent and belongs to the Bohai sea rim economic circle, with small plain in the south and mountains in the west and north, covering an area of 16,807.8 km2. The city’s climate is a monsoon-influenced humid continental climate.” (Gengyuan Liu et.al., 2011). As the capital city with full of the long history and Chinese traditional culture and one of three economic-centered cities, which are Beijing, Shanghai, Hongkong respectively, in China Beijing has been regarded as one successful city that has

China is divided into two regions: the eastern zone, which has much better agriculture, and the various deserts on the west. The Eastern side itself is also divided into two regions, separated by various mountain ranges.

2. The eastern zone is subdivided into two areas: north and south. The northern area includes the Yellow River Valley and has a dry, cold climate; the southern area includes the Yangzi Valley, has plentiful rainfall, and is relatively warm.

Mesopotamia, Egypt, China, and India all have their geographical similarities, but what about differences? For instance, the climate in each civilization is the anchor which decides the 5 characteristics that each civilization follows. Although Mesopotamia, Egypt, and India are known for their sweltering summers, the real factor is how close they are to the equator. India being within close proximity of the equator, in comparison to Egypt and Mesopotamia, has a consequence of high reliance of water. On the other hand, Egypt and Mesopotamia are located above India causing a lower reliance on water. However, this does not mean Egypt has a sufficient water supply, therefore they use the Red Sea and the Nile River to gain pure water. The Chinese

This laboratory experiment was conducted to examine the effects of a non-ionic surfactant known as Triton X-100 on the viability of a ciliated unicellular eukaryote, Tetrahymena thermophila. Due to T. thermophila being a ciliated unicellular microorganism, with a very short doubling time through binary fission it excels at being an alternative model organism utilized in the field of toxicology (Orias et al., 2011). These advantages along with its direct applicability to the toxicant without any further preparation allow T. thermophila to be an ideal choice for this time constrained experiment when compared to other possible test organisms available.

The central dogma of Nucleic acid is the DNA is transcribed to RNA which is then translated into a protein. These proteins control expression of all characteristics in an organism. The DNA is broken into segments which act as blueprints for various traits of an organism. The best way to analyze DNA fragments is to amplify the fragment and place them into plasmid vectors.

Speed, height, and mass do affect kinetic energy. In our lab work, we had to do multiple tests by dropping a can onto a clay ball. We wrote down our data to prove that speed, height, and mass affect kinetic energy. This is the lab data explained.

China has many geographic factors that affected their early development. These geographic factors although hindered and both promoted cultural development within their region. They had two major river systems; the Yellow River and the Yangtze River. They also had deserts that kept them isolated from other regions.

Figure 3. shows the plots of 1/ƛ vs. 1/ n 2 of hydrogen. This plots shows the slope of hydrogen. Table 1. and Table 2. Show the emission spectrum lines for hydrogen and helium.

Spectroscopy is a field of chemistry used to analyze chemicals in food and pharmaceuticals all the way to determining the age and compositions of the stars and galaxies (Santiago et al. 2015). For the lab we performed over the past two weeks we were using spectroscopy to test and understand the interactions of UV-visible radiation and organic molecules in commercial products such as food dyes. The spectroscopy is used in commercial products to find the exact concentrations of each dye, how much UV-light is absorbed correlates to how concentrated the dye is in the commercial product; or in our case how much concentrated dye is in each solution. We were give three dyes to perform the experiment they were red dye 3, yellow dye 5 and

During our first experiment we used blue, yellow and a mixture of blue and yellow to find their transmission using different wavelengths. The blue peaked at 630 nm, the yellow peaked at 410-430 nm and the mixture (green) peaked at 630 nm. Results on Tables 1-3 and Graph 1. We had to find the peak wavelength of each dye to identify the color of the solution. By using the Spec 20 machine the color or the dye that is seen depends on the wavelengths of light to see the color that is reflected and the other colors that are absorbed [1]. By using a vision region colour wheel I can see that because the blue peaked at 630 nm the color absorbs red light. The yellow absorbed violet light and the mixture absorbed

13CNMR and DEPT spectra are techniques commonly used together in organic chemistry to identify organic compounds. 13CNMR tells us the number of signals of the different types of carbons present in the molecule, and their corresponding chemical shifts. Unlike HNMR, coupling patterns are not observed in 13CNMR because NMR only detects elements with an odd number of protons and neutrons. Since most carbons are 12C and only 1.1% of carbons are 13C, the chance of having two 13C side by side is very unlikely. Because of the limited information 13CNMR provides, DEPT spectra is generally used to detect the number of attached hydrogen. There are three types: DEPT-45, 90, and 135. Since DEPT-90 and DEPT-135 give complementary information, one often does not need DEPT-45 to identify the compound.

What differentiated the fate of these two provinces are their geographical locations. Guangdong is located in the low latitude area and faces the South China seas whilst Gansu is located on the western inland area of China. Their location in itself speaks volume for their accessibility to market opportunities and the outside world.

Fourth largest country in the world, China makes up almost the entire East Asian Landmass. China’s 9,596,960 sq km in total area, features the highest and one of the lowest points in the world. Nearly 70% of China is made up of mountains, hills, or plateaus. (Defense, 2010) China has 23 providences and 4 Municipalities. China is also home to more than 3,400 islands. China’s climate reflects what one might think coming from such a large mass of land. Cold Siberian air coming from the north and tropical air masses coming from the south create bipolar conditions. China is home to many rivers, most notably being the, “Chang Jiang (Yangtze River) literally translated as “Long River,” the Chang Jiang, at 6,300 km (3,915 mi), is Asia’s longest river and the third longest in the world” (Defense, 2010). China has 20 of the 30 most polluted cities in the world, according to the World Bank (Defense, 2010). The Chinese government has made pollution control a high priority and even made efforts to cut carbon intensity levels in half, but according to the Defense Language Institute Foreign

Fourth largest country in the world, China makes up almost the entire East Asian Landmass. China’s 9,596,960 square kilometers in total area, features the highest and one of the lowest points in the world. Nearly 70% of China is made of mountains, hills, or plateaus (Defense, 2010). China has 23 providences and 4 Municipalities. China is also home to more than 3,400 islands. China’s climate reflects what one might think coming from such a large mass of land. The cold Siberian air coming from the north and tropical air masses coming from the south create bipolar conditions. China is home to many rivers, most notably being the, “Chang Jiang (Yangtze River) literally translated as “Long River,” the Chang Jiang, at 6,300 km (3,915 mi), is Asia’s longest river and the third longest in the world” (Defense, 2010). China has 20 of the 30 most polluted cities in the world, according to the World Bank (Defense, 2010). Consequently, the Chinese government has made pollution control a high priority