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Figure 1's content has been characterized as "gruesome". [6] The app's founder said the "very colorful images" are what medics see every day. [7] "It's a transparent view into a world you rarely get to see," he told the BBC. When the company launched in Europe in 2014, privacy concerns were raised over the sharing of personal medical ...
The x = y line (see Figure 1) represents the scenarios where the compositions of liquid and vapor are the same. The vapor-liquid equilibrium line (the curved line from (0,0) to (1,1) in Figure 1) represents the vapor phase composition for a given liquid phase composition at equilibrium.
Both periods superpose, giving rise to a beat frequency with a period of about 5 to 8 years (see Figure 1). This polar motion should not be confused with the changing direction of the Earth's rotation axis relative to the stars with different periods, caused mostly by the torques on the Geoid due to the gravitational attraction of the Moon and Sun.
The current at the working electrode is plotted versus the voltage at the working electrode to yield the cyclic voltammogram (see Figure 1). Cyclic voltammetry is generally used to study the electrochemical properties of an analyte in solution [2] [3] [4] [1] or of a molecule that is adsorbed onto the electrode.
Figure 1: Two cars moving at different but constant velocities observed from stationary inertial frame S attached to the road and moving inertial frame S′ attached to the first car. Consider a situation common in everyday life. Two cars travel along a road, both moving at constant velocities. See Figure 1.
(See figure 1.) In a sense that can be made precise, the probability that two randomly chosen integers are coprime is 6/π 2, which is about 61% (see § Probability of coprimality, below). Two natural numbers a and b are coprime if and only if the numbers 2 a – 1 and 2 b – 1 are coprime. [8]
The result is a smooth spectral continuum (see figure 1 for a typical example). There is no consensus on how much broadening constitutes a supercontinuum; however researchers have published work claiming as little as 60 nm of broadening as a supercontinuum. [1]
The idea is that while the curve is initially unknown, its starting point, which we denote by , is known (see Figure 1). Then, from the differential equation, the slope to the curve at A 0 {\displaystyle A_{0}} can be computed, and so, the tangent line.