Scalar in a sentence
Synonym: magnitude, size. Antonym: vector, direction
Meaning: a quantity that only has magnitude and no direction, often used in mathematics
(1) Electric charge is a scalar quantity.
(2) The matrix is multipliable by a scalar.
(3) The product of two vectors is a scalar.
(4) The charge density is a scalar quantity.
(5) The area of a square is a scalar quantity.
(6) The mass of an object is a scalar quantity.
(7) The speed of an object is a scalar quantity.
(8) The volume of a liquid is a scalar quantity.
(9) The intensity of sound is a scalar quantity.
(10) The electric potential is a scalar quantity.
Scalar sentence
(11) The energy of an object is a scalar quantity.
(12) The weight of an object is a scalar quantity.
(13) The amount of substance is a scalar quantity.
(14) The entropy of a system is a scalar quantity.
(15) The frequency of a wave is a scalar quantity.
(16) The electromotive force is a scalar quantity.
(17) The magnitude of a force is a scalar quantity.
(18) The work done by a force is a scalar quantity.
(19) The loss should be returned as a scalar value.
(20) The transpose of a scalar is the scalar itself.
Scalar make sentence
(21) The magnetic field strength is a scalar quantity.
(22) The electric field strength is a scalar quantity.
(23) The scalar product of two vectors is commutative.
(24) The npa array can be multiplied by a scalar value.
(25) The pressure exerted by a gas is a scalar quantity.
(26) The scalar equation represents a circle on a graph.
(27) The angular speed of an object is a scalar quantity.
(28) The distance between two points is a scalar quantity.
(29) The concentration of a solution is a scalar quantity.
(30) The scalar equation represents a parabola on a graph.
Sentence of scalar
(31) The determinant of a square matrix is a scalar value.
(32) A scalar quantity has only magnitude and no direction.
(33) The brightness of a light source is a scalar quantity.
(34) The refractive index of a medium is a scalar quantity.
(35) The imaginaries array is multiplied by a scalar value.
(36) Scalar quantities have only magnitude and no direction.
(37) The floats array is being multiplied by a scalar value.
(38) The gravitational potential energy is a scalar quantity.
(39) Scalar quantities are often represented by real numbers.
(40) Scalar quantities are independent of coordinate systems.
Scalar meaningful sentence
(41) The dot product of two vectors yields a scalar quantity.
(42) The scalar product of two perpendicular vectors is zero.
(43) The identity matrix is a special case of a scalar matrix.
(44) The aggrades array is being multiplied by a scalar value.
(45) The 'doubles' array is being multiplied by a scalar value.
(46) The scalar equation represents a straight line on a graph.
(47) The quaternion has four components: a scalar and a vector.
(48) Scalar multiplication can be combined with vector addition.
(49) The ordinaries array is being multiplied by a scalar value.
(50) The scalar product operation is a binary operation as well.
Scalar sentence examples
(51) The determinant is a scalar value associated with a matrix.
(52) The scalar product of a vector and its negative is negative.
(53) The resistance of an electrical circuit is a scalar quantity.
(54) The array steadinesses is being multiplied by a scalar value.
(55) Time is a scalar quantity as it is measured only in magnitude.
(56) The scalar part of a quaternion represents the rotation angle.
(57) The inner product of two vectors in a vector space is a scalar.
(58) The power consumed by an electrical device is a scalar quantity.
(59) The chromo array is divided by a scalar value to adjust contrast.
(60) Temperature is a scalar quantity as it does not have a direction.
Sentence with scalar
(61) The scalar quantity of the object's weight is measured in pounds.
(62) The scalar field represents the electric potential in the region.
(63) The elliptic curve scalar multiplication is used in cryptography.
(64) The scalar product of a vector and the zero vector is always zero.
(65) Quaternions have four components: a scalar part and a vector part.
(66) The scalar product of a vector and its negative is always negative.
(67) Scalar quantities can be multiplied or divided by a scalar constant.
(68) The scalar field represents the pressure distribution in the region.
(69) Density is a scalar quantity that describes the mass per unit volume.
(70) Scalar multiplication is used to scale a vector by a constant factor.
Use scalar in a sentence
(71) The scalar value of the variable affects the outcome of the equation.
(72) The covariant derivative of a scalar field is zero in flat spacetime.
(73) The chromo array is multiplied by a scalar value to adjust brightness.
(74) Scalar quantities can be measured using a scale or a measuring device.
(75) Scalar quantities can be measured using standard units of measurement.
(76) Inertial mass is a scalar quantity that represents an object's inertia.
(77) The scalar field represents the temperature distribution in the region.
(78) The scalar product of two vectors is distributive over vector addition.
(79) The scalar component of the velocity determines the speed of the object.
(80) Scalar quantities can be represented by a single value on a number line.
Sentence using scalar
(81) Scalar quantities can be added or subtracted using algebraic operations.
(82) The scalar component of the force determines the work done on an object.
(83) A square matrix can be multiplied by a scalar to produce a scaled matrix.
(84) Scalar quantities can be compared using equal to or not equal to symbols.
(85) Scalar quantities can be compared using greater than or less than symbols.
(86) Scalar quantities can be converted between different units of measurement.
(87) The tensor contraction operation can be used to calculate scalar products.
(88) The vectorial product of two vectors can yield a scalar or another vector.
(89) The scalar value of the variable can be determined using a numerical scale.
(90) The scalar value of the variable determines the intensity of the phenomenon.
Scalar example sentence
(91) The arithmetic unit is designed to handle both scalar and vector operations.
(92) The scalar component of the force is responsible for the object's acceleration.
(93) Scalar quantities can be added or subtracted using simple arithmetic operations.
(94) The scalars array is a versatile tool for handling scalar values in programming.
(95) The scalar product of two vectors can be used to calculate the power of a force.
(96) The scalar product of two vectors can be used to determine if they are collinear.
(97) The scalar product of two vectors can be calculated using the dot product formula.
(98) The scalar product of two vectors can be used to determine the angle between them.
(99) The scalar product of a vector and itself is equal to the square of its magnitude.
(100) The scalar product of two vectors can be used to determine if they are orthogonal.
Sentence with word scalar
(101) The scalar product of two vectors can be used to calculate the angle between them.
(102) The magnetic vector potential is closely related to the electric scalar potential.
(103) Scalar quantities can be multiplied or divided using basic mathematical operations.
(104) The elements in the array bantlings can be multiplied or divided by a scalar value.
(105) The scalar product of two vectors can be used to calculate the work done by a force.
(106) The scalar product of two vectors is zero if and only if the vectors are orthogonal.
(107) The scalar product of two parallel vectors is equal to the product of their magnitudes.
(108) The determinant of a matrix can be used to find the determinant of its scalar multiple.
(109) Extensional fields in physics can be described by scalar values at each point in space.
(110) The scalar product of two unit vectors is equal to the cosine of the angle between them.
Sentence of scalar
(111) The scalar product of two vectors can be used to calculate the torque exerted by a force.
(112) The process of vectorization involves converting scalar operations into vector operations.
(113) The scalar product of two non-zero vectors is positive if the angle between them is acute.
(114) The scalar product of a vector and its unit vector is equal to the magnitude of the vector.
(115) The scalar product of two non-zero vectors is negative if the angle between them is obtuse.
(116) An extensional field in physics is one that can be described by a scalar value at each point.
(117) The universal property of a scalar is that it is a single value, such as a number or constant.
(118) The scalar product of two vectors can be used to calculate the moment of a force about a point.
(119) The Lagrange multiplier is a scalar used to incorporate constraints into an optimization problem.
(120) A square matrix can be multiplied by a scalar to produce a scaled version of the original matrix.
Scalar used in a sentence
(121) A subspace of a vector space is a subset that is closed under addition and scalar multiplication.
(122) The scalar product of two vectors can be used to calculate the projection of one vector onto another.
(123) The universal property of a determinant is that it is a scalar value associated with a square matrix.
(124) The covariant derivative of a scalar field measures its rate of change along a curve in a curved space.
(125) The commutativity of scalar multiplication ensures that the order of scalar and vector does not matter.
(126) The scalar product of two non-zero vectors is zero if and only if the angle between them is 90 degrees.
(127) The scalar product of two vectors can be used to calculate the angle between a force and a displacement.
(128) The scalar product of two vectors can be used to calculate the angle between a force and a velocity vector.
(129) The scalar product of two vectors can be used to calculate the angle between a force and a momentum vector.
(130) The scalar product of two vectors can be used to calculate the magnitude of the cross product of the vectors.
Scalar sentence in English
(131) The scalar product of two vectors can be used to calculate the area of a parallelogram formed by the vectors.
(132) The determinant of a matrix is a scalar value that can be used to determine if the matrix is invertible or not.
(133) The scalar product of a vector and a scalar is equal to the product of the magnitude of the vector and the scalar.
(134) The scalar product of two vectors can be used to calculate the angle between a velocity vector and a momentum vector.
(135) The scalar product of two vectors is equal to the product of their magnitudes and the cosine of the angle between them.
(136) The eigenstates of a linear operator are the functions that are unchanged by the operator, except for a scalar multiple.
(137) The scalar product of two vectors can be used to calculate the angle between a velocity vector and a displacement vector.
(138) The scalar product of two vectors can be used to calculate the angle between a displacement vector and a momentum vector.
(139) The scalar product of two vectors can be used to calculate the angle between a displacement vector and a velocity vector.
(140) Although the determinant of a square matrix is a scalar value, it has a significant impact on the properties of the matrix.
(141) The eigenfunction of a linear transformation represents a direction in which the transformation acts as a scalar multiplication.
(142) While the determinant of a matrix is a scalar value, it can be used to find the eigenvalues of the matrix, which are important in many applications.
(143) Diquarks are believed to exist in two possible configurations, either as scalar diquarks or axial-vector diquarks; both configurations have been studied extensively.
Scalar meaning
Scalar is a versatile word that can be used in various contexts to describe quantities or measurements that have magnitude but no direction. It is derived from the Latin word "scalaris," meaning "of or pertaining to a ladder or stairs," which reflects its fundamental nature of representing a single value on a scale. To effectively incorporate the word "scalar" into your sentences, consider the following tips:
1. Definition and Context: Begin by providing a clear definition of the term "scalar" to ensure your readers understand its meaning.
For example, "A scalar is a mathematical quantity that is fully described by its magnitude and does not possess any directional information."
2. Scientific Usage: In scientific or mathematical contexts, "scalar" is often used to describe physical quantities that are completely specified by their magnitude. For instance, "The temperature of the room can be represented as a scalar value, as it only requires a numerical measurement without any direction."
3. Physics and Mathematics: When discussing physics or mathematics, "scalar" can be used to differentiate between scalar quantities and vector quantities.
For example, "Speed is a scalar quantity, while velocity is a vector quantity, as it includes both magnitude and direction."
4. Scalar Multiplication: In mathematics, "scalar" is frequently used in the concept of scalar multiplication. For instance, "To find the scalar product of two vectors, multiply their magnitudes and the cosine of the angle between them."
5. Computer Science: In computer science, "scalar" is often employed to describe variables that hold single values rather than arrays or matrices.
For example, "In programming, a scalar variable can store a single integer or floating-point value."
6. Economics and Finance: In economics and finance, "scalar" can be used to describe variables that represent quantities without any directional aspect. For instance, "The scalar value of inflation rate indicates the percentage increase in prices over a specific period."
7. Linguistics: In linguistics, "scalar" can be utilized to describe words or phrases that express a range of intensity or degree.
For example, "In the sentence 'The movie was good, but the book was excellent,' 'good' and 'excellent' are scalar adjectives, with 'excellent' representing a higher degree."
8. Real-World Examples: To provide a practical understanding of the word "scalar," incorporate real-world examples. For instance, "The weight of an object, the volume of a liquid, and the duration of a race are all examples of scalar quantities."
9. Comparative Statements: Use "scalar" to make comparative statements about quantities.
For example, "The scalar value of the first dataset is significantly higher than that of the second dataset, indicating a greater magnitude."
10. Analogies: To enhance comprehension, consider using analogies to explain the concept of "scalar." For instance, "Just as a ladder has rungs that represent different levels, a scalar represents a single value on a scale without any directional information." Remember to adapt these tips to suit the specific context in which you are using the word "scalar." By incorporating these suggestions, you can effectively utilize "scalar" in your sentences and enhance your communication skills.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Scalar. They do not represent the opinions of TranslateEN.com.