When an electric potential is placed across two plates straddling the light beam at 45° with respect to the plane of polarization, the plane-polarized light is resolved into two components parallel and perpendicular to the electric field.
The measured lifetime spectra were resolved into three components.
The O 1 s peak can be resolved into three components.
The S2p can be resolved into three components at 165.4, 166.9 and 168.5 eV due to the contributions from the C4H4S, S O– and SO2 species, respectively.
The velocity of flow at any point within the cyclone can be resolved into three components: the tangential velocity, the radial velocity and the vertical or axial velocity, which can be investigated separately.
In the presence of beta-mercaptoethanol, the copper-binding proteins can be resolved into three components on DEAE-cellulose.
Motion is impelled by the force of gravity, which may be resolved into two components, FN, which is normal to the plane, and Fp, which is parallel to it.
Galileo Galilei (1564 1642) discovered that any motion such as that of a projectile under the force of gravity can be resolved into two components, one horizontal and the other vertical, and that these components can be treated independently of one another.
The line is the fourth prominent absorption line in the Sun's spectrum, starting from the red end, and accordingly is designated by the letter D. It has been resolved into two components, D1 and D2, corresponding to wavelengths 5895.924 and 5889.950 Å (angstrom = 10-10 metrespectivelyively.
Consequently, the relative motion of the two contacting surfaces can be resolved into two components: the in-plane tangential motion on the contact plane and the normal component perpendicular to the plane.
