105 Quarters Are Lying on a Flat Surface with Their Edges in Contact. They Are Just Contained by a F

q1 105=1234567891011121314 =15*7 each side has 14 coins. 42/3=14=14*d d=1, r=0.5 q2 diagonal of paper=sqrt(4^23^2) =sqrt(25) =5 when folded from 1 end of a diagonal to the other, we get an isoceles triangle with base of crease and height of half the diagonal. the angle btw base and edge is equal to the 1 of the btw of diagonal and width. crease=2*3*5/4*2=3.75

1. How can a parallel edge be identified?

I would prefer to use a variant of the second definition offered by Zev. A multigraph has a set of vertices $V$, a set of edges $E$. The connection between vertices and edges can be described by a relation on $Vtimes E$, such that each edge is incident with one or two vertices (just one if you are not inclined to allow loops). Or it can be described by a function that assigns to each edge either one vertex or an unordered pair of vertices.One place where multigraphs force themselves on us is when we consider duals of plane graphs. So we need to work with embeddings of multigraphs and in this situation the multiset approach would be a little awkward. My suspicion is that working graph theorists would not usually use the multiset definition (but I have not carried out a survey).

2. What does "Straight Edge" mean?

Usually means a person into Punk rock that does not drink, smoke or do drugs

3. I need a good southern banana pudding recipe?

The Best Banana Pudding 1 cup Sugar 1/2 cup all-purpose flour 1/2 teaspoon salt 2 cups milk (whole or 2%) 1 teaspoon vanilla extract 1 tablespoon butter (not margarine) 4 egg yolks (large eggs or better) box of Vanilla wafers 4-5 ripe bananas Meringue: 4 egg whites, at room temperature 5 tablespoons sugar 1/4 teaspoon cream of tartar 1/2 teaspoon vanilla extract Preheat oven to 375F Peel the bananas and slice into 3/8-inch rounds; use a ruler (I am kidding). Cover the banana slices with plastic wrap to keep them from darkening and quickly make your pudding. Combine the sugar, flour and salt in a bowl, and stir well to mix. Mash out any flour lumps with the back of your spoon. Set aside. In a heavy saucepan, beat the egg yolks well (just use a fork or whisk, but beat them well). Over medium heat, add the flour mixture to the egg yolks, alternately with the milk and vanilla, stirring constantly. Bring to a gentle boil and, when the mixture begins to thicken, add the butter, continuing to stir. Keep boiling and stirring until mixture reaches a nice pudding consistency. [Note: If you are working with an electric cooktop, adjust the heat so that it's hot enough to boil, but not so hot that the pudding scorches.] Remove from heat. Place a layer of banana slices in the baking dish on top of the vanilla wafers. Do not stint and put one slice of banana per wafer. Line those banana slices up edge-to-edge. Pour, spreading as necessary, half of the pudding over the banana layer. Put down another layer of vanilla wafers, another layer of banana slices, and cover with the remaining pudding. Beat the egg whites at high speed until they form soft peaks. Add the cream of tartar. At high speed, gradually add the sugar, a tablespoon at a time, and beat until stiff peaks form. Fold the vanilla into the meringue, and spread the meringue over the pudding, sealing it at the sides of the dish. Bake in a preheated 375F oven until meringue browns, 12 to 15 minutes, depending upon your oven. This recipe makes 6 or 8 servings, and you can count on people asking for seconds. Any leftovers should be covered and refrigerated. And, yes, it's hard to cover anything with a meringue top and anyway, banana pudding is not as attractive after it has been refrigerated. But it's still just as delicious.

4. How to find the earliest edge

My suggestion would be something like this.The first pulse that arrives pulls the Drain of the FET low, and on the same time blocks input from the second pulse. So the FET's Drain that goes low (during the 10uS pulse high), is the one at which the pulse arrived first.At those pulse speeds, you are probably going to need some matching on the Gate pin, to avoid the Gate-capaticance having too much effect and further avoiding reflection.EDIT: there needs to be schottky diodes on the wires between gate and drain, to block the bias from flowing from VCC to gate.

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Leading Edge Group Electronics
Leading Edge Group Electronics is a buying group of around 48 former Dick Smith Electronics (DSE) stores. These privately owned resellers changed suppliers in a major move against Australian electronics giant DSE in October 2004 after the resellers were informed that their contracts would not be renewed and in many instances that a DSE company owned store would be opening in the town in competition with them. One of LEEG's major suppliers is Jaycar Electronics, who supply their products to Leading Edge via Electus distribution.• Other Related Knowledge ofleading edge— — — — — —Leading Edge 190 RTLeading Edge was established in 2002 by Paul Mickleburgh to market its first new car, the 190 and 240 RT in Europe and the US. The car was a lightly updated version of the Tommykaira ZZ, a popular car in Japan, but made in Norfolk, and it suffered from the Japanese recession and the company became bankrupt. The receivers sold the tooling and inventory to neighbouring Breckland Technology Ltd, run by ex-Lotus engineer Mark Easton, who continued to manufacture the cars and sold them on to Leading Edge to distribute from the summer of July 2002 at a price of around 26,500. The car featured a mid-mounted Nissan 2.0 L twin cam engine (1998cc), producing 180 bhp (134 kW; 182 PS) at 6900 rpm and torque of 142 lbft (193 Nm) at 4900 rpm. Top speed was claimed to reach 140 mph (230 km/h) and accelerate 0-60 mph in 4.8 seconds. Its open-top body was glassfibre, with an extruded aluminium central tub topped and tailed by tubular metal subframes and weighed only 763 kg (1,682 lb).— — — — — —Leading-edge root extensionA leading-edge root extension (LERX) is a small fillet, typically roughly triangular in shape, running forward from the leading edge of the wing root to a point along the fuselage. These are often called simply leading-edge extensions (LEX), although they are not the only kind. To avoid ambiguity, this article uses the term LERX. On a modern fighter aircraft LERXes induce controlled airflow over the wing at high angles of attack, so delaying the stall and consequent loss of lift. In cruising flight the effect of the LERX is minimal. However at high angles of attack, as often encountered in a dog fight or during takeoff and landing, the LERX generates a high-speed vortex that attaches to the top of the wing. The vortex action maintains a smooth airflow over the wing surface well past the normal stall point at which the airflow would otherwise break up, thus sustaining lift at very high angles. LERX were first used on the Northrop F-5 "Freedom fighter" which flew in 1959, and have since become commonplace on many combat aircraft. The F/A-18 Hornet has especially large examples, as does the Sukhoi Su-27 and the CAC/PAC JF-17 Thunder. The Su-27 LERX help make some advanced maneuvers possible, such as the Pugachev's Cobra, the Cobra Turn and the Kulbit. A long, narrow sideways extension to the fuselage, attached in this position, is an example of a chine.— — — — — —Leading–edge slatA leading-edge slat is an aerodynamic surface running spanwise just ahead of the wing leading edge. It creates a leading edge slot between the slat and wing which directs air over the wing surface, helping to maintain smooth airflow at low speeds and high angles of attack. This delays the stall, allowing the aircraft to fly at a higher angle of attack. Slats may be made fixed, or retractable in normal flight to minimize drag— — — — — —Leading Edge PartnershipThe Leading Edge Partnership programme was established in 2003 by the Department for Children, Schools and Families in the United Kingdom. The programme's intention was to encourage Secondary schools in England to work in partnership to solve some problems in education. In 2005 the programme expanded. The programme encourages schools to work to raise achievement through the sharing of proven ideas. There are over 300 Leading Edge schools within the programme.— — — — — —Leading Edge Group ComputersLeading Edge Group Computers has stores primarily in regional locations in Australia.— — — — — —Leading-edge slotA leading-edge slot is a fixed aerodynamic feature of the wing of some aircraft to reduce the stall speed and promote good low-speed handling qualities. A leading-edge slot is a spanwise gap in each wing, allowing air to flow from below the wing to its upper surface. In this manner they allow flight at higher angles of attack and thus reduce the stall speed. .
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