Oval, cube, cone are possible answers.
Muscles and glands are the possible effectors of a reflex arc
While it is possible to create a replica of Ironman's Arc Reactor for cosplay or display purposes, it is not feasible to recreate a functional version like the one in the movie. The Arc Reactor in the movie is a fictional power source designed for Tony Stark's suit and is not based on real technology.
Yes it is possible. They do it for Electric arc furnace. (one of the application I am aware of)
It is certainly possible. All you need is a the second circle to have a radius which is less than 20% of the radius of the first.
You can arc weld & then the flux will be in the rod.
A bourdon tube, typically found in pressure gauges and switches is an oval shaped tube which is then curled lengthwise into an arc. When pressure is applied internally to the tube the natural tendency is for the oval shaped tube to move to form a circular tube, kind of like a balloon does when you blow air into it. Because it is curled when the tube moves towards a circular configuration the shorter inside of the arc lengthens as a result while the outer arc tend to shorten. In other word the tube tries to straighten itself out. When the pressure is removed from the inside of the tube the elasticity of the metal pulls it back into it's original shape. Bourdon tubes are made in different sizes and the smaller dimensioned (the oval not the arc) tubes can carry higher pressures than the larger ones.
It is possible by using ultrasound as well as electrical arc welding.
yes it can possible
Oval. It is called the Oval Office.
It isn't possible to give a generalised formula for the circumference of an ellipse in terms of elementary functions. The circumference (or perimeter) of an oval is represented by an infinite series based on multiple aspects of the oval including: * Eccentricity * Implied length ("major radius") * Implied width ("minor radius")
The answer depends on information shown in the drawing. No answer is possible, since the drawing is not visible from here.