Unit 5 Paper June 2004.Pdf

2) [6.2] In Microsoft Excel (I’ve provided an Excel spreadsheet, but you are welcome to use the spreadsheet application of your choice: Google Sheets, OpenOffice, etc.) plot a line graph of your green algae population size data to show how green algae relate to phosphorus input levels. Think about which is the dependent and which is the independent variable. Be sure to label your axes. Copy your completed graph into the

INCLUDES SOLUTIONS INCLUDES MARKERS’ REPORTS This is a three (3) hour paper. You have ten (10) minutes reading time. There are seven (7) questions. There are eight (8) pages, including this one. You must answer all parts of all questions. The questions are not of equal value. All answers must be written in blue or black ink. Show all relevant working.

If you deal with a great deal of data collection on a daily basis, you know that inputting and collecting that data can be a real pain. But rather than relying on multiple, complex systems, what if there was a way to collect multiple fields of data all at the same time? And with just one single adapter and cable? The Heidenhain ND1100/1200 Quadra-Chek Gage Interface with Multi-field Output allows for you to send data directly to Excel, with no software wedge required! You will be able to output to five fields in Excel or to any other Explorer based SPC programs with just the simple push of a single button.

Two numbers have a sum of 20. The sum of their squares is a minimum. Write the two equations required to solve this system of equations.

1. Based on the information in Table 2, it seems that the more dissolved oxygen in the water there is the higher the population of fish is.

So we start of with x^2-4x+y^2+8y=-4 you would then take 1/2 of -4 and square it, then take 1/2 of 8 and square it. You would then get x^2-4x+4-4+(y^2+8y+16-16=-4. After all of these steps you would factor the square, x-2^2-4+y+42-16=-4, x-2^2+y+4^2-20=-4. Then you would add 20 to both sides, x-)^2+y+4^2=16

Find the number that 5 times itself is the same as 3 times that number plus 2.

Rotated the right hand side of the throttle gently and slowly removed the feet to the foot rest.

I feel very honored to be one of many students nominated for the National Technical Honor Society. When I first received the news I had been nominated I was very surprised and I felt very accomplished. Being nominated is one of the highest honors, it means I have been recognized for outstanding grades, I show up and do my work, and I am willing to help others. I believe I should be a member of the National Technical Honor Society because I am a hard worker, I am dedicated to my work, I am reliable, I am honest, and I am a leader.

The year 2017 is going to be a very interesting year with respect to the UI and UX in the app industry. Many experts have suggested that UI and UX trends of 2016 will disappear in the year 2017. The UX and the UI will see a transitional change in the design language across the spectrum. A whole new array of new design thought will be tested in the year 2017. In this article, we are going to discuss the most likeable scenario in the design trend waiting to happen in the year 2017. So let's buckle up and continue to the article to find out more. let's begin.

Disregarding the semi-tables that display the process of calculations, the first column of my table depicts the average amount of DDT ingestion for each and every species. Since I knew the formula to get the said data, I was able to process this column with comparably more ease than the other ones. The second column depicts the amount of energy for one species under each category. For example, only one phytoplankton contains 200 kcal within its body. Likewise, that column of my table depicts the amount of energy that each individual of the species have within their bodies. The next column, column C, shows the total amount of energy for each and every categories through kcal. For instance, there are 100 phytoplanktons in the lake. Each phytoplankton contains 200 kcal of energy within their bodies. Therefore, if you multiply 200 with 100, you get the total amount of energy which is 20000. The last column basically illustrates the name of the trophic level the species belong in this lab. You can see that the phytoplanktons, which are a type of

Trophic disturbances also act as environmental change indices because certain species are immediately effected when there are disturbances in their diet. The larvae of coral fishes are good indicators of environmental change because of their size, lack of body reserves, and growth patterns. A study that measured larval supplies starting in January of 1996 and ending in March of 2000, provided evidence of biological consequences as a result of the 1997-1998 El Niño. Crest-net monitoring provided data that showed a comparable decrease in larval numbers. Decreased consumer activity through observation of decreased copepod numbers were reported to further justify the presence of decline in primary productivity. It is also notable that a decrease in chlorophyl-a concentrations was also observed, which further supports the numbers of larval fish may be correlated to decreased rates of primary productivity (Lo-yat, 2011).

There are three types of marine organisms: benthos, nektons, and plankton. Plankton can be animals or plants that are unable to fight the pull of the ocean’s waves, tides and currents, having very little control over their position in the ocean. Plankton are identified and classified by three main factors: size, habitat, and taxonomy. [f]

Phytoplankton are microscopic plants and bacteria. They have no roots, stems, or leaves like land plants but they need light to grow. Because of that they are usually found on shallow surface waters. They are usually anywhere between 0.001 mm to 1 cm. It is estimated that phytoplankton produces between 50% to 90% of the world’s oxygen.

Plankton species composition and abundance are functions of interactions with environmental conditions including salinity, temperature, light, nutrients, turbulence, and water depth in addition to grazing, competition, and disease. Hutchinson and Bowen (1947) stated that it is a well known fact that the total quantity of plankton present in the waters of a lake may undergo marked and rapid variation, so that in the course of a year a number of pulses may succeed each