Sentences with COVARIANT
Check out our example sentences below to help you understand the context.Sentences
1
"The covariant nature of the experiment ensures that the results are reliable."
2
"In physics, a covariant equation expresses the conservation of energy."
3
"The covariant transformation of vectors is essential in solving complex mathematical problems."
4
"The researcher demonstrated the covariant relationship between two variables."
5
"The covariant nature of the algorithm allows for efficient data analysis."
6
"The covariant properties of the system were well-documented in the research paper."
7
"The covariant matrix describes the statistical relationship between variables."
8
"The software incorporates covariant features to improve performance."
9
"Understanding the covariant nature of quantum mechanics is crucial in modern physics."
1
"In physics, time is considered a covariant concept."
2
"Einstein's theory of relativity involves the covariant nature of space and time."
3
"The equations she derived were not covariant under rotations."
4
"The symmetry of Maxwell's equations is preserved under Lorentz covariant transformations."
5
"The covariant formulation of the electromagnetic field equations is more general."
6
"The covariant derivative measures how vector fields change along curves."
7
"The covariant representation of a tensor includes its transformation properties."
8
"General relativity relies on the use of covariant tensors to describe the curvature of spacetime."
9
"In differential geometry, the Levi-Civita connection is a covariant derivative."
10
"The energy-momentum tensor is a rank 2 covariant tensor in the theory of general relativity."
11
"The law of conservation of angular momentum can be expressed in covariant form."
12
"He proposed a covariant quantum field theory to explain particle interactions."
13
"The concept of covariant differentiation is essential in differential geometry."
14
"The principle of least action is expressed using covariant equations."
15
"The covariant formulation of quantum electrodynamics simplified computations."
16
"The field equations of general relativity are covariant under general coordinate transformations."
17
"The covariant velocity of a particle changes as it moves through curved spacetime."
