El resultado final puede ser: Positivo: si los flujos de entrada de dinero son superiores a los de salida hablamos de superávit. Negativo: en caso contrario, sale más dinero del que entra, hablamos de déficit...
Derive Developer(s) Texas Instruments Stable release 6. 1 Written in muLISP [ de] Operating system Windows, TI-89 series, TI-92 series, DOS Type Computer algebra system License Proprietary Website www. chartwellyorke /derive Derive was a computer algebra system, developed as a successor to muMATH by the Soft Warehouse in Honolulu, Hawaii, now owned by Texas Instruments. Derive was implemented in muLISP [ de], also by Soft Warehouse. The first release was in 1988 for DOS. It was discontinued on June 29, 2007 in favor of the TI-Nspire CAS. The last and final version is Derive 6. 1 for Windows. Since Derive required comparably little memory, it was suitable for use on older and smaller machines. It was available for the DOS and Windows platforms and was used also in TI pocket calculators. Books [ edit] Derive 1. 0 - A Mathematical Assistant Program (2nd printing, 3rd ed. ). Honolulu, Hawaii, USA: Soft Warehouse, Inc. August 1989 [June 1989 (September 1988)]. Jerry Glynn, Exploring Math from Algebra to Calculus with Derive, A Mathematical Assistant, Mathware Inc, 1992, ISBN 0-9623629-0-5 Leon Magiera, General Physics Problem Solving With Cas Derive, Nova Science Pub Inc 2001, ISBN 1-59033-057-9 Vladimir Dyakonov.
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When you think of story setting, you might think of The Plaza Hotel in New York City or a major city like Seattle, Washington. But, examples of a good story setting reveal it's much more than just a physical location. Examples of Good Story Setting The setting impacts the direction of a story and works with other elements, including character development and mood. Together, let's take a closer look at the setting's direct impact on popular works of fiction. Famous Story Setting Samples When describing a setting, the author is telling readers what to expect. Let's take a look at the manner in which famous writers presented the setting in their stories. Hogwarts in Harry Potter Think of the magical, fantastical setting in which the Harry Potter series is set. Let's focus on Hogwarts School of Witchcraft alone. Its majesty stands in stark contrast to the tiny little alcove under the stairs where Harry was forced to live with his aunt and uncle. As we read, we shift gears from a boring suburban home to animated portraits that talk, stairways that move through magic, and a wealth of hidden rooms bedecked with treasures.
It, therefore means that learners with hearing challenges benefit from the visual presentation while those who cannot see can learn about a given topic using audio performance. By and large, interactive teaching ensures that learning needs for every learn are sufficiently met. Saves significantly on education costs and time As stated in the introductory section, gone are days when a teacher has to travel for long distance to impact knowledge to his/her students in a traditional classroom. Nowadays, with the introductory of interactive learning online tools, you can teach a class anytime from anywhere, which saves travel time. Secondly, in a traditional classroom, many teaching materials such as erasers, markers, blackboards (which are to be painted each year), and dusty chalks have to be bought quite often. However, interactive teaching has brought cost saving benefits. This is because, with interactive learning, you just need to have an interactive whiteboard, internet connection, and of course, a dedicated software.
Note: EgIa is the power output from armature. If we consider all losses, Total Copper Losses=I²Ra Where Ra = resistance of armature and interpoles and series field winding etc. This loss is about 30 to 40% of full-load losses. (i) Field copper loss. In the case of shunt generators, it is practically constant and Ish² Rsh (or VIsh). In the case of series generator, it is = Ise²Rse where Rse is resistance of the series field winding. This loss is about 20 to 30% of F. L. losses. (ii) The loss due to brush contact resistance. It is usually included in the armature copper loss. Note: There's additionally brush contact loss attributable to brush contact resistance (i. e., resistance in the middle of the surface of brush and commutator). This loss is mostly enclosed in armature copper loss. (b) Magnetic Losses (also known as iron or core losses), Hysteresis losses or Magnetic losses occur due to demagnetization of armature core. This losses are constant unless until frequency changes. Eddy current losses are due to circular currents in the armature core.