This virus is sometimes called a slow virus because it can be latent-like. It doesn't mean that it is in this form when it takes a few days to show symptoms after infection. This in called incubation. This form in measles stays in latency up to 10 years and will show then as a progressive brain disease and finally death.
Yes, in a Lewis diagram, the valence electrons are shown by dots around them.
A Muscle Twitch is a single contraction of skeletal muscle. The three distinct phases are latent, contraction, and relaxation. Latent Phase: Is the interval from the stimulus application until the muscle begins to contract (shorten). Note that there is no traced activity during this phase, but there are some electrical and chemical changes taking place during this phase. Contraction Phase: This phase is when the muscle fibers shorten, the tracings will show during this phase (a) peak(s). Relaxation Phase: This phase is represented by the downward curve in your tracings, this is when the muscle is going back to its original state of relaxation and the muscle will once again lengthen
Melting is considered a second-order phase transition because it involves a continuous change in the order parameters, such as the arrangement of molecules, without a latent heat release. In a second-order transition, the first derivative of the free energy (like entropy) is continuous, but the second derivative (like heat capacity) can show a discontinuity. During melting, the solid and liquid phases can coexist at the melting temperature, leading to a smooth transition rather than a sharp change in properties. This contrasts with first-order transitions, where there is a clear discontinuity in entropy and volume.
At 101.3 kPa, the melting point of water is 0°C (273 K) and the boiling point is 100°C (373 K). The phase diagram would show a solid-liquid boundary at 0°C and a liquid-gas boundary at 100°C, with a triple point where all three phases coexist at 0.01°C and 611.657 Pa.
Show digram 3 phase motor 110 and 220
The lines on a phase diagram represent the boundaries between the different phases of a substance (such as solid, liquid, and gas). These lines show the conditions of temperature and pressure at which two phases can exist in equilibrium with each other.
A phase diagram shows if a substance is going to be a solid gas, or liquid at a combination of pressure and temperature. It states what phase of matter a substance is at a specific temperature.
Latent is usually used to describe something that was hidden or something that didn't show signs.
electrical energy>>>>mechanical energy>>>>heat energy
A Sankey diagram for a radio would show the flow of energy from the power source to various components within the radio, such as the tuner, amplifier, and speakers. It would visually represent how energy is distributed and transformed within the radio system.
yes we can show you an actual diagram of a angel fish
WHAT DOES THE DIAGRAM SHOW?
Yes, it is called the External Energy of the substance. This is the energy actually expended to effect the change in state. The latent heat of evaporation (or fusion) plus the enthalpy of the liquid (or solid) = the enthalpy of the vapor (or the liquid). The total enthalpy is also equal to the internal energy(u) plus the external energy(e). The internal energy is the energy available to do work (external to the system) and the external energy is the energy that effected the change in state. It should be noted that the internal energy can and does, through heat exchangers, change the sensible heat of liquids as the vapor condenses and thus can be measured. In the tables from Keenan and Keyes the internal energy is given and the external energy must be extrapolated. For water from and at 212F and 1 atmosphere, 72.9 btus / lb in heat(external energy) is expended in expanding the water to steam changing the volume from 0.01672 cu.ft./lb. to 26.74 cu.ft./lb. or ~1601 times. Temperature-entropy diagrams and heat-entropy diagrams do not show these expansions as volume is not diagrammed. It should be noted that Latent heat does not change the temperature of a substance, only the state.
A phase diagram identifies the state of matter of a substance for specific combinations of temperature and pressure. It shows the boundaries between different states (solid, liquid, gas) and regions where two phases coexist. The diagram helps understand how a substance behaves under different conditions.
yes i can show you a diagram if you go to google and type in a diagram of a cigarette
show diagram of batch operating sstem