about Anders Celsius. The reason why is because of his greatest invention, which was the Celsius thermometer. Anders had other great inventions and observations also, like the observations of the aurora borealis. He also built the Uppsala Observatory. Anders Celsius was a great inventor and will be remembered as one of the best scientist in the world. He was born on November 27, 1701 in Uppsala, Sweden. According to Tekniska Museet from the National Museum of Science and Technology, Anders lived
you have something in the world that has a remembrance for you. Anders Celsius was born on November 27,1701 in Uppsala, Sweden. Celsius was raised a Lutheran. His father was an astronomy professor. He completed school in his hometown Uppsala. In school Anders Celsius showed extraordinary talent in his mathematical skills. He studied at Uppsala University just like his father had done.He joined as a professor of astronomy in 1730. Celsius took contribute in building the Uppsala Astronomical Observatory
to be as happiness. Which dictionary ever explains money to be a synonym of happiness? Which mathematician has ever given up a formula - LIFE + MONEY = HAPPINESS. None of the scientists ever brought up a formula – Money when given up at 100 degree Celsius gives you (Happiness)2 When none of us has ever come across such words and formulas, none of the great personalities has ever mentioned it, then who the hell has instilled it in our minds that money brings happiness. But among this debate one question
But in other countries, such as England, you'll get the weather forecast in degrees Celsius. Recipes will advise you to bake a pie at 205ºC and not 400ºF. In fact, the Celsius scale is the most commonly used temperature scale in the world. This week, we have special cause to wonder about the history of this scale, because November 27 is the 300th anniversary of the birthday of the man who invented it. Anders Celsius was born in Sweden in 1701. His parents didn't know that their son's work would one
Down Fat Aim: To investigate the effect of temperature on an enzyme’s (lipase) ability to break down fat. Hypothesis: The graph below shows the rate increasing as the enzymes get closer to their optimum temperature (around 35 degrees Celsius) from room temperature. The enzyme particles are moving quicker because the temperature increases so more collisions and reactions occur between the enzymes and the substrate molecules. After this the graph shows the rate decreasing as the enzymes
of respiration. The cold water bath should slow the respiration down in all three respirometers. II. Materials and Procedures. For this experiment we have prepared to water baths. One bath is ice water, around 10 degrees Celsius, the other warm, around 25 degrees Celsius. Both water bath...
have an effect on the daphnia, I intend to carry out the following experiment. The experiment will involve measuring the cardiac activity of the daphnia at different temperatures, ranging from very cold (approx. 5 degrees Celsius) to quite warm (approx. 40 degrees Celsius). · A selection of similar sized/age Daphnia will be taken. · A variety of different temperatures of water will be set up, these temperatures will be kept constant whilst the daphnia are submersed in them. The temperatures
Change of Volume of a Gas Planning- Aim * Determine how the volume of a gas changes with the temperature for a fixed amount of gas and pressure. * Determine absolute zero Hypothesis ---------- Volume is directly proportional to Temperature ---------------------------------------------- Preliminary Test ---------------- A preliminary experiment wsa carried out to test our apparatus. In this test we used an alcohol thermometer to see if there was any change in volume
Sources of Error in Our Implementation Systematic errors > The temperatures on the mercury thermometer may be inexact e.g. may be out by one degree centigrade. > It has been assumed the volume of gas is contained in a compete cylinder when in fact this is not necessarily true, due to: o Spherical shape of the sulphuric bead above it o Residue in the tube o Changes of diameter within cylinder > The volume of air is being partly compresses by the weight of the sulphuric
The confused flour beetle, Tribolium Confusum is an organism that is approximately 4.35mm in body length and is made up of three sections, the prognathous head, rounded abdomen and a straight sided thorax, which are flat, shiny, elongated and rigid, reddish brown (Stuart M Bennett 2003). This beetle consists of two segmented antennas at the front of its body along with two small dark colored notched eyes, separated by more than three eye diameters, which allow the beetle to identify small disturbances
DEFENSE HOUSING AUTHORITY INTRODUCTION Defense Housing Scheme is a high class housing Scheme administered by Pakistan Army which was developed for current and retired military personnel. It is famous in all major cities of Pakistan which are as follow; Karachi Lahore Islamabad- Rawalpindi Defense Housing Authority Lahore Defense Housing Authority Lahore is well developed housing scheme in the south of capital of Punjab Lahore. It was established in the year 1975 and the opening of this well developed
Thermal protection is a method of detecting over-temperature conditions and disconnecting the electrical power. This usually used to prevent fires or damage to electronics power supplies and equipment which may arise from the high temperatures. Temperature in power supplies rises due to both environmental factors as well as heat generated by the components themselves. There is heat from semiconductors such as transistors, ICs, switching devices, from transformers, inductors and resistors. The amount
Heat Conservation Advantages for Penguins When Huddling Aim and Introduction My aim is to find out the heat conservation advantages are for penguins are when huddling. I will be huddling boiling tubes (to represent the penguins) containing hot water (to represent the penguins' blood) and measuring the temperature over a period of time. I also had a control boiling tube on its own to see how the temperature is affected by not huddling. =====================================================================
lower temperature. This slope becomes apparent Conclusions Over the observed fifty seconds, there was a consistency among the temperatures. Without a calculated percent error, we are able to assume the average temperature was twenty-six degrees Celsius. There are factors that could have caused error to arise in our data collection. One factor could be that the temperature of the room was not consistent throughout the room. Another factor may have been the performance of the thermometer. The grasp
Experiment to Find Out Which Fuel Produces Most Energy Aim === My objective in this piece of coursework is to determine which of five fuels produces the most energy and if the energy production relates to the amount of carbons.. The fuels are Ethanol, Propanol, Propan-2-ol, Butanol and Butan-2-ol. Setting up the practical. Because there are some restrictions on the time we are going to have to perform the experiment, we are first going to find out a set up that would allow us
had mixed a sample was taken from the test tube using a pipette and mixed with the droplets of iodine in one of the chambers of the spotting tile. The experiment was repeated many times for different temperatures ranging from 20 degrees Celsius to 60 Celsius. The temperature goes up 5 degrees every time. Fair Test I will make sure that I measure the correct amounts of starch and amylase each time. I will always put 3 drops of iodine in each chamber of the spotting tile, no more, no less
Manufacturing process of CLAY BRICKS Most bricks are formed by one of two basic processes. Extrusion Fairly stiffed texture is mixed with clay body which is loaded into extruder worm screw force it into a die through pushing it along a barrel .depending upon how much clay will shrink in drying and firing process the die is made larger considering this The clay emerges as a continuous brick shaped column. Initially this is smooth but it can be modified by removing a thin sliver from the top and
their shells and whenever fresh hot water was added to the hot treatment to keep the temperature stable, the snails would get agitated and begin to crawl up the walls of the glass bowl. Generally, the 30 degrees Celsius temperature increased the locomotion of the snails, and the 5 degrees Celsius restricted its ability to move. In a study, it was concluded that muscle contraction is inhibited by low temperatures, therefore we predicted that the C. nemoralis would move much quicker when exposed to high
The graph of rate of reaction against temperature did show that the 2 factors were proportional, but only up to a point. After 60 degrees Celsius the next temperature measurement showed that the reaction did not occur. I believe that this is because at some point between 60 to 80 degrees Celsius the Trypsin enzyme became denatured, (this is where the heat distorts the enzyme in such a way that stops it from functioning). While it is said that rate
Anne Zhang 3/6/14 BSGE 7-1 Lab Report Problem Paragraph 1 Question: What is the effect of temperature on the dissolving time of an Alka-Seltzer? Alka-Seltzer is made up of baking soda, aspirin, and citric acid which gives the tablet the fizz when dropped in any temperature water. “Alka-Seltzer is a medication that works as a pain reliever and an antacid. (Antacids help neutralize stomach acidity, which can cause heartburn