In the United States, 1500 aluminum cans are recycled per second with an energy savings of 95 percent over refining and smelting bauxite ore. Though aluminum cans are currently recycled to make more aluminum products, scrap aluminum metal can also be used to product alum. This is why many communities have programs in place to recycle aluminum cans. The lifetime of an aluminum can on average is about 100 years. The littering of cans along roadways are not only an eyesore but also a drain on natural resources.
The toxic waste can be managed by treating it well and burying it underground. Also new technology has made it possible to run Nuclear Power plants with thorium. To use thorium the Nuclear Power Plant needs to be driven on the Accelerator Driven System. This system may have a large price tag but it will pay itself back within fifty years or so. Thorium compared to Uranium creates less toxic waste and also unlike Plutonium (the by-product of uranium) the toxic waste created by Thorium will only takes 500 years to be declared safe.
Producing cars that are more efficient and improving gadgets in the buildings help immensely to reduce the power consumption. Simply turning off computer monitors every night saved the United Technologies Corp. $100,000 in just one facility. Using sensors to turn off lights also can save energy consumption by 5%.These would also help so that our reserves can stay exactly that, reserved. Our dependency on other countries causes us to be less responsible with our reserves. Lessening our dependency on oil will help us to leave the reserved oil alone.
Physics Project Julie Gay What is electricity, and how does it have anything to do with a battery or our body? According to “How Stuff Works”, “When you load a battery into an electronic device, you're not simply unleashing the electricity and sending it to do a task. Negatively charged electrons wish to travel to the positive portion of the battery -- and if they have to rev up your personal electric shaver along the way to get there, they'll do it. On a very simple level, it's much like water flowing down a stream and being forced to turn a water wheel to get from point A to point B.” So, what exactly does that mean to us? It means that electricity is a force that powers out world and our bodies (How stuff works, 2010).
The inclusion of nuclear power within Australia could reduce power prices by 20% and save $150 billion from now until 2050 in greenhouse gas abatement costs. The modern reactors cost about $3 billion. When I say we need to go nuclear power, Australia doesn’t necessarily have to rely on Nuclear power as the only source, but could they go a mix of renewable energy and nuclear energy. Australia is home to many large industries and renewable energy its self would not be strong enough to power them. Nuclear power itself is very simular to renewable energy and emits close to no green house gasses.
Results: Zinc Metal - Iodine - Iodide + Triodide + Zinc Ion + Focus Questions: 1. Is there a way to put energy into Zinc Iodide in order to regain the elements, zinc and iodine? If there is a way, how does it happen? Yes, this can be done through electrolysis using a battery and exposed wire tips. Take sample of Zinc Iodide and dissolve in solution.
Sweden , for instance, has spent $14 Billion and rising to manage its radioactive waste and is now decommissioning its reactors. Nuclear power is not green due to all the points made above and also due to the following additional facts; namely that nuclear power plants use a great deal of water, uranium is a non-renewable resource and there is significant energy and resources needed to build nuclear plants. CONS - Nuclear power is not a renewable source of energy. High-grade, low-cost ores will run out in 50 years - It is not "greenhouse gas" free, producing more emissions than some renewable power sources such as wind - It would take at least 10 years and several billion dollars to build Australia's first nuclear power station - Plants are potential targets for terrorists attacks; smuggling of radioactive material is on the rise; no complete solution to the disposal of radioactive waste has been
Rodan-222, a radioactive isotope sometimes fund in people’s basements has half-life of then 4 days. The shorter the half-life, the active appearing the atom is. For example, a test tube containing a gram of Rn-222 will cause a Geiger counter to click a raster rate then a gram of U- 238 because more atoms are changing per second. In our lab we will calculate the half-life of Ba-137m. This metastable radioactive isotope has a half-life of less than 5 minutes and is made from the radioactive decay of Cs-137 in a mini-isotope generator.
Physics: Principles and Applications, 6e Giancoli Chapter 17: Electric Potential Conceptual Questions 1) Which of the following is not a vector? A) electric force B) electric field C) electric potential D) electric line of force Answer: C Diff: 1 Type: MC Var: 1 Page Ref: Sec. 17.1-17.8 2) One joule per coulomb is a A) newton. B) volt. C) electron-volt.
And research that would address the issue of the best way to safely store waste from nuclear power plants. Those aren't the types of quick-fix ideas that can help candidates win elections. * Politics Today: Memphis Commercial Appeal, May 19, 2008 Might Support I. Carbon Capture and Solar Power In 2012, Alexander supported an EPA regulation called Utility MACT which would require hundreds of coal plants to add costly new emissions controls or risk shut down. In 2011, The EPA required TVA to purchase an estimated $3 to $5 billion on new and upgraded state-of-the-art pollution controls.