Mathematica 2014
... The magician is then allowed back in; he takes a look at the cards and in an instant names the card that is face down! How is it done? The explanation is simple; the assistant uses a pre-arranged code with the magician to tell him what the card is. As there are five cards and 4 suits, at least two o ...
... The magician is then allowed back in; he takes a look at the cards and in an instant names the card that is face down! How is it done? The explanation is simple; the assistant uses a pre-arranged code with the magician to tell him what the card is. As there are five cards and 4 suits, at least two o ...
Math Definitions: Introduction to Numbers
... A number whose square root is an integer An expression with more than one algebraic term An equation with a variable to the second power The distance from 0. Always positive ...
... A number whose square root is an integer An expression with more than one algebraic term An equation with a variable to the second power The distance from 0. Always positive ...
Technical Report: Overview of a Wireless Local Area
... An important issue when using RF amplifiers is the issue of grounding. The grounding for the amplifier must be very good. An example of the dimensions of ground pads that are sufficient for proper operation of the amplifier are illustrated in Figure 3. Holes are drilled through the pads, and ground ...
... An important issue when using RF amplifiers is the issue of grounding. The grounding for the amplifier must be very good. An example of the dimensions of ground pads that are sufficient for proper operation of the amplifier are illustrated in Figure 3. Holes are drilled through the pads, and ground ...
Full text
... . All solutions of this last diophantine equation are still not known, although particular instances of it have been dealt with (see, for example, [3] for the case q = 2, or [1] for the case x = 10). All solutions of the diophantine equation x2 = 2a ± 2b + 1 in positive integers (x, a, b) where foun ...
... . All solutions of this last diophantine equation are still not known, although particular instances of it have been dealt with (see, for example, [3] for the case q = 2, or [1] for the case x = 10). All solutions of the diophantine equation x2 = 2a ± 2b + 1 in positive integers (x, a, b) where foun ...
Graph and analyze each function. Describe its
... b. Sample answer: Graph the regression equation using a graphing calculator. To predict how many kilowatt hours Crystal will use the following January, use the CALC function. Since the following January is 12 months from the first January, let x = 12. ...
... b. Sample answer: Graph the regression equation using a graphing calculator. To predict how many kilowatt hours Crystal will use the following January, use the CALC function. Since the following January is 12 months from the first January, let x = 12. ...
Full text
... straightforwardly to show that if L = J(P) is any finite planar distributive lattice (equivalently, P has no antichains of cardinality > 3), then the number of maximal chains in L is equal to the number of order ideals in the partially ordered set obtained by rotating the Hasse diagram of L 90° and ...
... straightforwardly to show that if L = J(P) is any finite planar distributive lattice (equivalently, P has no antichains of cardinality > 3), then the number of maximal chains in L is equal to the number of order ideals in the partially ordered set obtained by rotating the Hasse diagram of L 90° and ...
Mathematics of radio engineering
The mathematics of radio engineering is the mathematical description by complex analysis of the electromagnetic theory applied to radio. Waves have been studied since ancient times and many different techniques have developed of which the most useful idea is the superposition principle which apply to radio waves. The Huygen's principle, which says that each wavefront creates an infinite number of new wavefronts that can be added, is the base for this analysis.