This is an outstanding question. On the atomic and molecular scale rotation tends to determine the spherical shape. Molecules do tend to organize in a spherical manner on a large scale as rain drops. However, should the raindrop grow too large as it falls neck instability tends to give it a barbell shape in which it will break into more than one sphere.
But besides rotation for planets they tend to "organize" around a center of mass and gravitational forces are at work here. I welcome additional comments on this subject.
No. It has no shape or dimensions. If it did, it would not be a point, it would be a very very very very small dot.
A ruler that can measure very small units.
A sphere is the shape that holds maximum volume for minimum amount of material for the container - glass. However, a spherical jar could roll off work surfaces: not very useful. So the best compromise is a flat base but a circular cross-section. That is, a cylinder.
It depends on the angle where the source of light is coming from. A example is where you stand still outside and the sun is almost on top of you your shadow is very small compared to you
Very small right
Usually it should be spherical. However, if it rotates very fast, it will be an elipsoid.Usually it should be spherical. However, if it rotates very fast, it will be an elipsoid.Usually it should be spherical. However, if it rotates very fast, it will be an elipsoid.Usually it should be spherical. However, if it rotates very fast, it will be an elipsoid.
When referring to size, something can be very small or very big. When referring to the shape, an item can be round, square, or even a triangle.
The shape of the Earth is very close to that of an oblate spheroid or oblate ellipsoid.
A neutron is a subatomic particle found in the nucleus of atoms, so it does not have a definite shape or volume like an object in the macroscopic world. Neutrons are considered point particles with no size or volume in the classical sense.
A very small object is called a "microscopic" object or "minuscule" object, depending on the size. It can also be referred to as a "tiny" or "miniscule" object.
Deimos is a very small moon, so small that it does not have enough gravity to make itself spherical.
Well, the most aerodynamic shape is a teardrop/raindrop shape. You would think a spherical car (assuming you means completely spherical) would be very aerodynamic. But that is false. The exit of the wind passing over/under/around your car is as important as when the wind hits it initially. So a spherical rear end would be much worse that a tapered rear end.
A small car.
Planets become spherical due to their own gravity pulling mass towards their center. As the planet accumulates more mass, its gravity increases, causing the material to compress towards the center, eventually forming a spherical shape. The force of gravity acts equally in all directions, leading to the spherical symmetry of planets.
Haemophilus influenza is a small, pleomorphic, gram-negative coccobacillus, meaning it can appear as both cocci (spherical) or bacilli (rod-shaped) under the microscope. Its shape can vary from very short rods to more elongated forms.
Yes, that's correct. When a force is applied to an object, it can cause the object to deform temporarily. Once the force is removed, the object will return to its original shape if the deformation is within the elastic limit of the material. This behavior is described by Hooke's Law in the context of elasticity.
Density is an intrinsic property, and as such it does not depend on the size of the object. A drop of water will have a density of 1g/ml whether it is a big drop, or a very small drop.