Want this question answered?
The length of the thick filament is the A band. The A band contains both thick and thin filament because they are overlapping each other. The H band is thick filament only, however, it only covers a portion of width of the thick filament.
Acceleration is any change in velocity during a length of time.
There are three factors affecting the focal length of a lens. 1. refractive index of the material of lens. 2. refractive index of the surrounding medium 3. the radius of curvature of the lens surfaces.
The speed of a current is about 2/3 the speed of light in a vacuum - in other words, the current travels at a speed of about 200,000 km/sec. This is independent of the frequency.AnswerAlthough the effect of an electric current is felt, more-or-less instantaneously along the length of a conductor, the individual charge carriers move very slowly in the direction of that current. In fact an individual electron is unlikely to travel the length of a flashlight's filament during the lifetime of its battery.
Instantaneous speed:- It is the rate of change of position with respect to time,at that instant. Average speed:-Average speed is defined as the total path length travelled divided by the total time interval.
Large, brightly coloured, may have additional markings in UV that we cannot see but insects can. The flower may be very deep so only insects with the correct tongue length can get to their nectar, and their pollen is only transferred to flowers of their own species.
The Leangth of a flower stem us 5 in.
Depends on the species of passion flower, but normally between 1.5 and 2 cm in length
The length of the thick filament is the A band. The A band contains both thick and thin filament because they are overlapping each other. The H band is thick filament only, however, it only covers a portion of width of the thick filament.
Not too sure bout it babe. Wish I knew the answer. Will get back to you if I do, yea mate?
I'm pretty sure the filament of a 60-W bulb is thicker, since there is less resistance through a thicker filament, so less light and heat would be generated.
Tencel is a staple fibre. That is it is cut into staple lengths during production so that it can be processed into yarns and nonwoven fabrics on conventional textile processing machinery. The cut lengths are similar in length to cotton or to wool. Continuous filament Tencel yarns are not produced but in theory could be. In a filament yarn all of the fibres in the yarn have the same length as the piece of yarn.
The filament will have a different resistance, suitable for the voltage used and the power output of the lamp. The filament will be a different length and thickness to achieve this.
Yes - totally appropriate.
You multiply the length by the width.
I'm not an expert, however broadly speaking there are two kinds of fibers used in making textiles. Relatively short fibers - such as wool fibers are categorized as "staple fibers." Fibers that are continuously extruded (and are therefore available in any length) are filament fibers. Silk, which has long fibers, but not quite any length falls into its own category.
The length ,thickness, and alloy of the filament determines its resistance. The lower the resistance, the lower the voltage required to power it.