Adjectives For Vector
Discover the most popular adjectives for describing vector, complete with example sentences to guide your usage.
Updated on March 16, 2024
Exploring the world of vectors brings a plethora of intriguing nuances, especially when adjectives like electric, dimensional, normal, mean, current, and random pair with them. Each adjective transforms the noun, vector, shedding light on various aspects of mathematics, physics, and beyond. An electric vector might convey the intensity and direction of an electric field, while a random vector could delve into probabilities and uncertainties. These adjectives not only describe but also unlock new dimensions of understanding and application. Exploring these combinations uncovers the richness of the subject matter, making every adjective-noun pairing a gateway to deeper knowledge and insight. Discover the full spectrum of adjectives used with vector and embrace the nuances they bring to the table.
| electric | The direction of the electric vector of a linearly polarized wave is perpendicular to the direction of the wave's propagation |
| dimensional | The three-dimensional vector points towards the upper right corner. |
| normal | The normal vector of the plane is (1, 2, 3). |
| mean | The mean vector of a set of vectors is the vector whose components are the respective means of the components of the original vectors. |
| current | The current vector is pointing in the direction of the positive x-axis. |
| random | The random vector was 1, 2, 3 |
| initial | The initial vector was used to initialize the encryption process. |
| resultant | The resultant vector of the two forces is the vector sum of the two forces. |
| magnetic | The magnetic vector is perpendicular to both the electric field and the direction of motion of the charged particle. |
| single | The single vector points towards the direction of maximum variance. |
| angular | The angular vector is a vector that describes the angular displacement of an object. |
| constant | The constant vector points in the same direction throughout its length. |
| corresponding | Translate 3x into the corresponding vector |
| tangent | The tangent vector to the curve at the point (a, b) is given by |
| interrupt | "My interrupt vector is the address of the first instruction to execute when an interrupt occurs" |
| four | The four vector represents the energy and momentum of a particle. |
| arbitrary | The arbitrary vector was used to represent the data. |
| reciprocal | The reciprocal vector is a vector in the reciprocal space. |
| null | The null vector is a vector with all zero components. |
| axial | The axial vector a vector with both magnitude and direction, provides important information about the spinning motion of an object. |
| total | The total vector of the two vectors (0, 3) and (4, 0) is (4, 3). |
| original | This is an original vector |
| principal | The principal vector for the initial value problem is (1, 0, 0). |
| optimal | In the optimal vector case, the gradient of the loss function is zero. |
| unknown | The spacecraft was traveling at an unknown vector |
| residual | The residual vector was found to be significant. |
| complex | The complex vector is a mathematical concept that describes the direction and magnitude of a physical quantity. |
| characteristic | The characteristic vector of the matrix is the eigenvector corresponding to its largest eigenvalue. |
| appropriate | The appropriate vector is determined by the direction of the force. |
| final | The final vector is represented by the blue arrow. |
| arthropod | The arthropod vector is responsible for transmitting the disease. |
| bit | The bit vector can be calculated by hashing the elements of the set. |
| relative | The relative vector of the two points is the vector that points from the first point to the second point. |
| net | The net vector of the two forces is the vector sum of the two forces. |
| component | The primary-secondary structures were described as a component vector consisting of 61 unique and 10 derived variables. |
| variable | The variable vector in this equation is unknown. |
| element | The element vector is a mathematical construct that represents the position of an element in a vector space. |
| empty | The empty vector is represented by a JSON object with no key-value pairs. |
| horizontal | The horizontal vector of the force is 10 N. |
| average | The average vector of the features is calculated. |
| instantaneous | The instantaneous vector is the velocity of the object at that instant. |
| unique | The unique vector of the particle was calculated. |
| fixed | The fixed vector is used to represent the word in the vector space. |
| spatial | The spatial vector is a mathematical object that can be used to represent the position and orientation of an object in space. |
| normalized | The normalized vector is orthogonal to the tangent space. |
| state | The state vector contains all the information about the system. |
| potential | The potential vector field is conservative. |
| based | In the vector space, the vector itself can be based vector or unit vector. |
| suitable | Two suitable vectors A and B are found, and the vector C is obtained by linearly combining the vectors A and B. |
| vertical | The vertical vector points upward. |
| distance | Distance vector is a routing protocol used for routing in computer networks. |
| contravariant | A contravariant vector is a vector that changes direction when the coordinate system is inverted. |
| covariant | The covariant vector is a vector that transforms like a tensor under a change of coordinates. |
| associated | The normalized associated vector is stored in a static variable. |
| efficient | The program uses an efficient vector structure to store data. |
| wave | The wave vector can be used to determine the wavelength and direction of propagation of a wave. |
| nodal | The nodal vector of the Dirac semimetal characterizes the direction of the Fermi velocity. |
| polar | The polar vector points from the negative charge toward the positive charge. |
| global | The global vector for one stock can be used to approximate the expected value of the cross-covariance between the noisy stock returns and any stochastic discount factor that prices the stock. |
| matrix | The matrix vector is used to represent the transformation of a point in space. |
| linear | The linear vector is defined by its magnitude and direction. |
| nonzero | The nonzero vector v has a unique representation. |
| maximum | The maximum vector is represented by the longest arrow. |
| feasible | The feasible vector is a vector that satisfies all the constraints of the problem. |
| electrical | The electrical vector is a measure of the strength and direction of an electric field. |
| received | The spacecraft received vector and orientation commands. |
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