"Scalar" Example Sentences
1. The signal was converted from analog to digital using a scalar converter.
2. The software performed scalar multiplication on the vector inputs.
3. The mathematical operation of scaling a vector by a scalar is called scalar multiplication.
4. The scalar product of two vectors gives a scalar value as the result.
5. The magnitude of a vector can be calculated using scalar multiplication.
6. He chose scalar data types for storing integer values in the program.
7. The wind chill was calculated using a scalar equation that factored in both temperature and wind speed.
8. The algorithm performed a scalar-vector multiplication to yield a vector result.
9. The value returned by the function was a scalar representing the total distance traveled.
10. Scalar data types include integer, float and boolean values.
11. A scalar variable stores a single value as opposed to an array of values.
12. The image processing software performed scalar and vector dilation on the digital image.
13. The scalar field represented the change in potential energy across the landscape.
14. The scalar quantity measured the total amount of substance in the sample.
15. Scalar relativistic calculations improve computational accuracy over nonrelativistic methods.
16. The researcher measured several scalar properties of the material including density, specific heat and resistivity.
17. Vector quantities have both magnitude and direction while scalar quantities only have magnitude.
18. The engineer implemented a scalar tuning algorithm to optimize the controller's performance.
19. The scalar value acted as a multiplier to adjust the variable output within the system.
20. The two vectors were mapped onto the real number line using their scalar projections.
21. The speedometer measured the speedometer of the vehicle as a scalar quantity in miles per hour.
22. The dependent variable in the function was a scalar representing the amount of product manufactured.
23. The scalar metric was used to gauge the overall effectiveness of the process.
24. The lattice model employed scalar fields to represent material properties within each unit cell.
25. Scalar measurements included temperature, pressure and force readings.
26. The scalar divergences of the electric and magnetic fields were both equal to zero.
27. The scalar modeling technique approximated the actual vector fields within the system.
28. A scalar variable stores a single numeric value as opposed to an array or list of values.
29. The physical quantity of electric charge is a scalar quantity as it only has a magnitude.
30. Temperature and time are examples of scalar quantities that only have magnitude.
31. The scalar calculation estimated the total volume of material within the 3D model.
32. The scalar method produced an approximate solution while the vector method yielded an exact result.
33. The scalar quantity represented the total amount of entropy within the thermodynamic system.
34. The scalar field mapped the variation in mass density across the physical region.
35. Examples of scalar data types include integer, floating point and boolean.
36. The scalar function took an input vector and returned a single numeric value.
37. The scalar projection of a vector onto an axis yields the scalar component in that direction.
38. The scalar value acted as a normalizing factor in the proportional control algorithm.
39. The scalar measurement was used to calibrate the vector sensor array.
40. The scalar operator "dot" performs an inner product on two vectors to yield a scalar result.
41. The scalar magnetic potential varied throughout space according to the imposed field.
42. The independent variable in the equation was a scalar representing the amount of time elapsed.
43. The total energy of the system was calculated as the sum of kinetic and potential energies, both scalar quantities.
44. The scalar field model approximated the vector behavior of the actual physical system.
45. Scalar relativistic methods include mass-velocity and Darwin terms in electronic structure calculations.
46. Scalar quantities have magnitude but no direction and include things like mass, volume, temperature, etc.
47. The lookup table returned a scalar value based on the index supplied as input.
48. The scalar gradients of the position, velocity and acceleration fields were all zero.
49. A scalar metric was used to quantify the overall performance of the system.
50. Scalar components represent the magnitudes of the vector projections onto the coordinate axes.
51. The scalar field represented the variation in magnetic flux density across the volume.
52. The scalar equation of state related pressure and temperature for the ideal gas.
53. The normalization factor acted as a scalar multiplier to scale the output to a specific range.
54. Examples of scalar quantities include length, mass, volume, temperature and electric charge.
55. The scalar coupling between electrons and nuclei was approximated using an effective potential.
56. The proportionality constant in the constitutive equation acted as a scalar multiplier.
57. The eight-bit scalar processor stored numbers in a single byte of memory.
58. Scalar functions return a single value as opposed to a data structure or array.
59. The scalar statistical measure quantified the overall variability in the data set.
60. The scalar field variable stored the local density value at each point in the 3D space.
Common Phases
1. The graphical representation uses a
scalar quantity to represent magnitude.
2. The force vector can be decomposed into its
scalar components.
3. The
scalar product of two vectors is a
scalar quantity.
4. The speedometer shows the
scalar speed of the car.
5. The
scalar field assigns a
scalar value to every point in a region of space.
6. The
scalar multiple of a vector is formed by multiplying that vector by a
scalar.
7. His remarks were out of all
scalar and proportion.
8. The
scalar implicature of the speaker's statement should be considered.
9. The
scalar chain of command ensures effective management and decision making.
10. The data was scaled to allow comparisons across the
scalar variable.
11. The
scalar components of the vector are its magnitude and direction.
12. The modulus of a vector is a
scalar quantity representing its magnitude.
13. The magnitude of a vector is a
scalar physical quantity representing its length and direction.
14. The position vector can be expressed as its
scalar components.
15. The
scalar variables included age, income and education level.
16. There are
scalar variables like temperature, pressure and volume.
17. The length of a vector is a
scalar quantity.
18. The
scalarpoints in a given direction with a magnitude specified by its
scalar.
19. Speed is a
scalar quantity while velocity is a vector quantity.
20. The length and direction of the vector can be specified using
scalar quantities.
21. The data was collected across
scalar dimensions such as time, elevation and temperature.
22. The
scalar projection of the vector onto an axis gives its
scalar component in that direction.
23. The dimensionality reduction technique transformed the data into a lower
scalar space.
24. The
scalarှindicates only the magnitude of a physical quantity.
25. The
scalar theories in physics failed to explain fundamental interactions.
26. Income inequality can be measured using
scalar indices.
27. The
scalar cost function measures the fitness of potential solutions.
28. A
scalar node in a graph has no connections to other nodes.
29. The vector was normalized by dividing it by its
scalar modulus.
30. Speed and temperature are examples of
scalar quantities.
31. The
scalar invariants of the tensor remained unchanged under rotations.
32. The sales figure is a
scalar metric used to measure performance.
33. Profit is a
scalar measure of financial performance.
34. The
scalar field defines a
scalar value for each point in its domain.
35. He added insult to
scalar in his criticism of his opponent.
36. The algorithm iteratively improves a
scalar objective function.
37. The
scalar approximation assumed the variables were independent.
38. The
scalar collider experiment aims to detect additional Higgs bosons.
39. The
scalar shortfall in resources required urgent attention.
40. The vector was multiplied by a
scalar factor to scale its magnitude.
41. The
scalar model failed to explain complex phenomena.
42. The index provides a
scalar summary of the underlying data.
43. The temperature field defines a
scalar value at each point in space.
44. The
scalar product measures the amount of overlap between two vectors.
45. The difference between speed and velocity is that velocity is a vector and speed is a
scalar.
46. The vectors were added by equating their
scalar components.
47. The computer uses
scalar datatypes like integers and floats.
48. The
scalar understates the gravity of the problem.
49. The force vector was resolved into its
scalar components.
50. The
scalar approach simplifies complex systems.
51. The length of the force vector is a
scalar quantity representing its magnitude.
52. The gain is a
scalar coefficient that determines signal amplitude.
53. The spectral analysis revealed peaks at
scalar frequencies.
54. The
scalar triple product gives a
scalar quantity derived from three vectors.
55. The
scalar times the unit vector gives the corresponding vector.
56. The data was scaled to a common
scalar range before being combined.
57. The
scalar perturbation describes small deviations from a background metric.
58. The number of elements is a
scalar property of the dataset.
59. The
scalar product gives the product of the magnitudes of the two vectors.
60. The gradient of a
scalar field is a vector.