no
If the iron atoms are aligned then the object is magnetic, if they are randomly oriented then it is not. How the object was manufactured may be the cause of the difference, but it always possible to intentionally either magnetize OR demagnetize an object.
Light acts like both a particle and a wave. These particle-waves are oriented in random directions. Polarisation filters basically filter out the randomly oriented waves, and ensure that only light that is 'polarized' in a certain direction can pass through.Horizontal polarisation is when the light waves are oriented horizontally, and vertical is when the waves are vertical. The same princaple applies to the whole EM spectrum.
Randomly assorting epistatic genes refers to the way in which multiple genes interact and segregate independently during gamete formation. Epistatic genes are those that mask the effect of other genes. When these genes are randomly assorting, their impact on the phenotype of an individual is determined by chance rather than a specific pattern of inheritance.
The motion of an individual ion or molecule is typically described by random thermal motion due to its interaction with surrounding particles. This motion is characterized by diffusion, where the ion or molecule moves in a random direction influenced by collisions with other particles. Additionally, factors such as temperature and presence of an electric field can also influence the motion of individual ions or molecules.
When a strong south pole of a magnet approaches an iron nail, the domains in the nail will align with the magnetic field of the magnet. The domains will rearrange themselves in such a way that the nail becomes temporarily magnetized and attracted to the south pole.
It usually is a reference to the wood grain pattern. For example, in quality furniture, you will find the different wood grain patterns either are oriented in the same direction or complement each other. Randomly oriented means that the wood grain patters do not seem to match with each other.
When a material is unmagnetized, the domains are randomly oriented in different directions.
This code is randomly assigned to individual cell phones by Motorola.
A member of the family "felidae." Simply put, a feline...a cat.
Unmagnetized refers to a material that does not possess magnetic properties. In this state, the atoms or molecules within the material are randomly oriented and do not produce a magnetic field.
If the iron atoms are aligned then the object is magnetic, if they are randomly oriented then it is not. How the object was manufactured may be the cause of the difference, but it always possible to intentionally either magnetize OR demagnetize an object.
In a piece of magnetized metal, the domains are aligned in the same direction, creating a strong magnetic field. In an unmagnetized metal, the domains are randomly oriented, resulting in no net magnetic field. Magnetizing a piece of metal aligns the domains to create a magnetic field, while in an unmagnetized metal, the domains are in a natural random orientation.
Magnetizing a piece of steel, a needle for example, is a physical change, for it causes the spin of a group of electrons to be co-alignedrather then randomly oriented. The chemical composition of the steel is unchanged.
If the iron atoms are aligned then the object is magnetic, if they are randomly oriented then it is not. How the object was manufactured may be the cause of the difference, but it always possible to intentionally either magnetize OR demagnetize an object.
If the iron atoms are aligned then the object is magnetic, if they are randomly oriented then it is not. How the object was manufactured may be the cause of the difference, but it always possible to intentionally either magnetize OR demagnetize an object.
Depending on what type of leaf - a monocot leaf (grasses etc) have parallel veination and dicot leaves (woody plants) have reticulate veination (more randomly spread).
Randomly