The loss of energy will come from the electrons passing through any wires, released as heat energy. In a vehicle, power is lost through heat or sound by the spinning of the driveshaft and the wheels on the ground. According to Delucchi and Jacobson (2013) "In a world powered entirely by wind, water, and sunshine, energy could be delivered as reliable as it is today, but at a lower cost than in a
Technically, electricity is created by particles that carry a charge, usually electrons. In a wire or any other conductor, electrons move freely around the stationary atomic nuclei making up the conductor. Electrical current is the movement of these charged particles. In most conductors, the flow of electrons is impeded by some resistance, which can be thought of as collisions of electrons with the nuclei or other electrons. This creates an atomic-level "friction" which produces heat (and light in some cases, such as a light bulb or glowing heater element).
With Magnetic force no movement is necessary in contrast to electric force. C. The last part requires you to compare and contrast motors and Generators, C) In a generator the interaction of moving objects creates a magnetic field and that field generates the electric power. An electric motor uses energy created by a magnetic field. FRI. POST Thread
4) When naming an ionic compound, which ion is given first? The metal ion is named first 5) Give explanations for the following: a. Argon will not react with any other element It already has a complete number of eight, a full number in its valance shell so it cannot react with itself or another element b. The reaction between sodium chloride gives out a lot of heat and light. The chemical energy of the product is less then the chemical energy of the reactants. This energy is indestructible and is converted to light and heat.
Liquids? 3. Aqueous solutions (when the covalent compounds are dissolved in water)? Covalent compounds cannot conduct electricity as liquid or aqueous solution because ions are needed to conduct electricity in water and there are no ions in a covalent compound. They cannot conduct electricity as a solid because the normal don’t transfer electrons unless they react with something else.
A) double; covalent B) double; ionic C) single; covalent D) single; ionic E) triple; covalent 3. Which property could describe a covalent compound? A) It conducts electricity when melted. B) Has a low boiling point C) It is composed of a non-metal and a metal. D) It conducts electricity when dissolved in water.
Strong electrolytes produce large numbers of ions, which results in high conductivity values. Weak electrolytes result in low conductivity, and non-electrolytes should result in no conductivity. In this experiment, you will observe several factors that determine whether or not a solution conducts, and if so, the relative magnitude of the conductivity. Thus, this simple experiment allows you to learn a great deal about different compounds and their resulting solutions. In each part of the experiment, you will be observing a different property of electrolytes.
According to the First Law of Thermodynamics, energy cannot be created or destroyed. There-fore, energy is not really lost, but may be released in another form such as heat or light. In this form, the energy may be partly unusable. (p. 28) 25. a. Ca, b. C, c. H, d. Fe, e. N, f. 0, g. K, h. Na (p. 29) 26. a.
If you pass a metal conductor through a magnetic field an electrical field is generated in that conductor. When you place two cables next to one another EMI will cause cross-talk which is where signals from one cable is picked up on the other cable. Because fiber does not conduct electricity and uses only light signals in a glass fiber instead of electrical signals through a metallic conductor, to transmit data. Since it does not use any metallic media it is immune to EMI. Higher Possible Data Rates (Oliviero 250) are possible because light is immune to interference and can be modulated at very high frequencies.
The hypothesis was that liquids will not weaken the magnetism of magnets because only magnetic materials block magnetic fields. This hypothesis was proven in the project because the numbers only increased in very small numbers. Therefore, liquids have a very little effect on magnetic