After reading these two articles I found out that there are a lot of similarities and differences bin these two articles. The greenhouse affect is a process by which thermal radiation from a planetary surface is absorbed by atmospheric gases, the gases we produce and put in the air everyday. Also they both had a plan for trying to get to know the future outcome of the weather due to past weather conditions. They find out from ash particles found in ice or measuring the sea level,seeing if it has risen from polar ice caps melting. One more similarity is the equipment they used to get the results for example they both used temperatureDetermining global warming effects on weather can be done in many different in these two articles I found that you can use ice or water.
2. Record the atmospheric pressure and wind-tunnel air temperature. 3. Record the estimated uncertainty for the readings taken. 4.
An example of this can be found in glaciation. During glaciations the weight of ice pushing on the Earth can depress the crust, causing the land to fall relative to the level of the sea. When the ice goes in warmer periods the land rebounds upwards as Scotland and Northern Britain are today - rising relative to the level of the sea. Eustatic sea level change is a GLOBAL change in sea level, linked directly to the temperature of the Earth. In warmer periods there is less ice and the water is warmer, so expands and sea levels rise.
Global mean surface temperature anomaly increasing Glacier retreat in various parts of the world: an environmental temperature proxy Keeling Curve - recorded in Mauna Loa, HI Changes in CO2 lead to warmer temperature? Depends on the radiation budget of the atmosphere which explains solar energy sources and sinks the planet 1. The Keeling Curve 2. Black Body Radiation 3. Ocean Conveyor Circulation 4.
Dark surfaces absorb more light energy, and heat, making the entire building warmer. Buildings with brick walls or roofs, if coated with dark coatings, also get heated up very quickly. In both cases, this heat is transferred both inside the structure and radiated into the surrounding air. Buildings with dark surfaces heat up more rapidly and require more cooling from air conditioning, which requires more energy from things such as power plants, resulting in more pollution. Also air conditioners exchange heat with atmospheric air, causing further local heating.
What about at an increased temperature? Answer = The weather may be calm with decreased temperatures verses a warmer temperature. The sun heats the water to evaporate and to produce water vapors that transform into clouds. According to our lab manual, clouds form at many different altitudes in the troposphere when water vapor in warm air rises and cools. Experiment 1: Water Movement POST LAB QUESTIONS 1.
Where is all this melting ice going? “Sea level rise is caused by two factors related to global warming: the added water coming from the melting of land ice and the expansion of sea water as it warms up” (Global Climate Change: Key Indicators, 2014). All these indicators data need to be studied as
INT1 – Task Two Author Note Section A Problem Statement: This experiment is designed to determine the relative resistance of copper wire as temperature changes in order to gauge the effect, if any, that global warming will have on the cost of the delivery of electricity Relevance: Global warming is expected to have a major effect on the ecosystems of the world. Could global warming also affect the efficiency of the delivery of electrical energy and, if so, what is the magnitude of even a small increase in global temperatures? A1. Literature review: In the article on Temperature and Conductivity (Khounsary, 2005): The researcher comments on if temperature would affect the amount of current traveling through a wire. Dr Khounsary explains an experiment using a fixed voltage and varying the temperature of the wire using a torch.
The highest point in the state is Guadalupe Peak at 8,749 feet above sea level. Elevation naturally rises from the east to the west and from the south to the north. Major Cities - Rainfall / Elevation Regional Average Rainfall: 8-20 inches per year Regional Average Net Evaporation rate: 52-68 inches Data source: National Climate Datat Center, U.S. Dept of Commerce. Alpine - 17.19 in. / 4,530 ft. Balmorhea - 14.19 in.
If temperature is higher, it leads to blistering. If temperature is low, soft spot can be formed. Temperature also plays important role to improve coating efficiency. 2. Humidity: Humidity in the inlet air should be as minimum as possible and dehumidified air should be used for faster drying rate because the rate of drying increases as the humidity of inlet air decreases.