2.44560
Directional diagram width depends on the physical size of antenna. In order to get beam radiation antennas are made with a long horn. It's better when it is in proportion to an aperture square, i.e. of a peak cross-section LH or LE, and a directional diagram width is in inverse proportion to LH or LE in the first power.Therefore in order to make a directional diagram N times narrower the aperture width must be broadened by N times and the horn must be lengthened by N2 times. The horn must be excessively lengthened to get a higher gain which is very inconvenient. In this case mirrors and lenses are used in the horn aperture.Use of a horn as an irradiator of a parabolic antenna presents a whole new device which is distinguished for its narrow directional diagram and low level of side lobes.
Length/ Max width
if channel width decreases , the drain current(Id) will also decrease . but , Id will decrease up to a certain limit , when the jfet is in pinch off condition i.e. channel width is tends to zero (Vgs is very high) the Id will be constant then.
circular is easy to manufacture than rectangular As the name indicates the circular is circular in shape and rectangular is rectangular in shape its uses same modes that is Te and Tm I know this much only hope this helped u little bit atleast A: In principle waveguides act as the equivalent of wires for high frequency circuits. For such applications, it is desired to operate waveguides with only one mode propagating inside of the waveguide. With rectangular waveguides, it is possible to design the waveguide such that the frequency band over which only one mode propagates is as high as 2:1 (i.e. the ratio of the upper band edge to lower band edge is 2). With circular waveguides, the highest possible band width allowing only a single mode to propagate is only 1.3601:1. I found it on Wikileaks.
When we apply reverse bias voltage to input and output sides of a BJT, then the width of the depletion layer at emitter-base and base-collection got increased. Due to which the effective base width got decreased. This phenomenon of reduction in the base width is called Early effect. And if we go on increasing the Reverse bias voltage then at a time instant the width of the base becomes zero and this effect is called punch through effect and that reverse bias voltage is called punch through voltage.
Diameter is equivalent to the width of a circular object. Width is the shorter side of a non-circular two-dimensional object. The longer side is considered the length.
The answer depends on whether the width is inside the 14 metre circle or outside.
Diameter is the width of a circular or spherical figure or object. Something 180 inches in diameter is also 180 inches in width or thickness.
You can't: perimeter = 2 x (length + width), assuming you're talking about a rectangle.
That's a good question. I have never thought about that. But yes, for anything excluding circular objects, length and width are used.
Assuming no change in the width, yes.
length X width, assuming that it is a perfect rectangle.
The area of a plot of land is not enough information to determine its dimensions. First of all, there is no justification for assuming that the shape is rectangular. It could be circular, triangular or even irregular. Even if you know that it is rectangular you still do not have enough information to determine its dimensions. Double the length, halve the width and the area remains the same. Or treble the length, reduce the width to a third - same result. There are infinitely more options
Surface area is 376.99 units2
Assuming you're talking about a rectangle, 452.
Assuming the area is rectangular, the area is width * length = 2*1 = 1 square unit.
assuming the shape is a quadrilateral, multiply the length by two then multiply the width by two and add those two together for your answer