1969. Relation between frequency and amplitude of v i s u a l alarm reactions i n Pseudemys s c r i p t a . Anim. Behav., 386-388.IRELAND, L. C., W. N. HAYES, AND L. H. LADDIN. 1969. Relation between frequency and amplitude of visual alarm reactions in Pseudemys scripta. Anim. Behav. 17:386-388.
You might find these chapters and articles relevant to this topic. Chapter Micro Mechanical Transducers Method 1 According to the basic definition, Q is equal to the relative amplitude of the system at resonance, i.e., βr. Therefore, if we find amplitude-frequency relation for a constant dri...
What is amplitude, frequency and time period ? View Solution Explain the relation between wavelength, frequency and speed of a sound wave. What happens if we double the wavelength of a sound wave travelling in air? View Solution What is the relationship between time period and frequency of an...
Do these frequency bands serve as a neural marker of linguistic prediction as well? We hypothesized that if pre-stimulus alpha and beta oscillations index language predictions, their power should monotonically relate to the degree of predictability of incoming words based on past context. We expected...
Dependencies of the normalized oscillation period of the first current step η1(Ω)=(i1(2)−i1(1))/i1(1) on the I−V characteristic as a function of the normalized frequency, Ω. i1(1) and i1(2) are the first and second minimum in the amplitude dependence of the first curren...
The relationship between the fields (E & H) in an RF port and the power at that port depend upon the mode and frequency of the electromagnetic wave. There can exist TE, TM, and TEM modes, and even combinations of them. Modes are further classified in terms of indices,...
The relationship between the conductivity and the polarization noise is measured in a colloidal glass as a function of frequency in the range 1 Hz-40 Hz. It is found that at the beginning of the transition from a fluid-like sol to a solid-like colloidal glass the fluctuation-dissipation ...
A GMD is considered to be related to a wave if is greater than 0.02, the frequency is above approximately 0.001 Hz and one of the four following conditions applies The difference between the two cross correlations is less than 0.34 and is greater than 0.69. is less than 0.4 and is ...
In summary, the contributions of this paper are as follow: first, after pre-processing and spectral transformation, a new salience function combining the frequency and frequency amplitude continuity between adjacent frames is utilized to select the existing frequency points. In this way, the latent ...
Eqs.(2.71),(2.72), and(2.73)are the jump conditions that describe the relationship between the states on both sides of a shock wave, called theRankine–Hugoniot equationsorRankine–Hugoniot jump conditions. Using the Rankine–Hugoniot equations for the conservation of mass and momentum to eliminate...