Yes it can affect only one. But the number it can affect depends on how many outputs on the mixer. Most mixers have stereo(LR,2 channel) or mono outputs.
In depth:Also, there can be subgroup, auxiliary, and matrix mixes.
water is a substance, made of oxygen and hydrogen, because mixing ox and hyd would give nothing but explosion, water is an effect of chemical reaction, not only mixing gases
Lyophobic colloids have particles that repel the dispersion medium, preventing them from easily mixing. This causes the particles to scatter light, which is why they exhibit the Tyndall effect. In lyophilic colloids, the particles have an affinity for the dispersion medium and do not scatter light as effectively.
no. it is physical because the composition of the mixing are not chemically altered but only physically mixed. That means that they could be separated without chemically altering the composition again.
The tonoplast, a membrane surrounding the vacuole, acts as a barrier that prevents the mixing of vacuole contents with the cytoplasm. This membrane is selectively permeable, allowing only certain molecules to pass in and out of the vacuole. Additionally, the acidic nature of the vacuole helps maintain a pH gradient that discourages mixing with the cytoplasm.
Assuming you mean "Does zinc phosphate give off heat during mixing?" Then yes, it does. Only when mixing, will it create heat (that is; when the cement powder is incorporated into the liquid) When mixing zinc phosphate, you generally use a cooled glass slab, to slow down setting time aswell.
NPN, PNP only classified to BJT, while FET classified as P-channel , N-channel
water is a substance, made of oxygen and hydrogen, because mixing ox and hyd would give nothing but explosion, water is an effect of chemical reaction, not only mixing gases
This is a channel switcher. It requires a cord. It doesnt output anything. It is not part of your signal path. It is not an effect. You must use another cord. end stop.
i think only 2 things effect on sound under water, temperature and pressure.
Only if you use bit accurate digital out to a receiver. If you use analog, get a dedicated card!
Connecting speaker leads to both right outputs, A&B, will only play the right channel of the sound (in mono) when both pairs of speakers, A and B are turned on. This won't damage the amplifier or speakers, but you won't be listening in stereo.
Pyle Pro 16 Channel Stereo Mixer Sound Board is not big enough to run a school play because it only has a dimensions of 31"(H) X 20"(W) X 5"(D) Inch .
Different inputs have different levels, so the first step is to do a 'base' level adjustment on each channel. Put the volume on each channel at 50%, and then adjust the 'trim' (usually one of the very top adjustments) so that each channel has the same level coming out of the mixer. Now, adjust the equalizer controls for each channel. If you are using any inserts or auxilliary paths (echo, etc.) adjust the out & in gains, listening to the mixer output. Once this process is completed, for basic operation you will only need to worry about the bottom gain or volume controls for each channel, and the master output gain. If you Google the make and model of the mixer, you should be able to locate a manual online.
this channel is only for USA...
It's on channel 72 only in Orlando, Florida
you should only mix weed with vicodin. mixing with alcohol will cause liver damage. mixing with stimulants will lessen the effect. marijuana makes a perfect addition to the cozyness of vicodin. also benzodiaprines mix nicely but they will cause much more drowsniness than vicodin alone.
Lyophobic colloids have particles that repel the dispersion medium, preventing them from easily mixing. This causes the particles to scatter light, which is why they exhibit the Tyndall effect. In lyophilic colloids, the particles have an affinity for the dispersion medium and do not scatter light as effectively.