What allelic frequency will generate twice as many recessive homozygotes as heterozygotes? Answer: We need to solve for the following equation: q2 (aa) = 2 x the frequency of Aa. Thus, q2 (aa) = 2(2pq). Or another way of writing it is q2 = 4 x p x q. We only want q, so lets trash p. Since p = 1 - q, we can substitute 1 - q for p and, thus, q2 = 4 (1 - q) q. Then, if we multiply everything on the right by that lone q, we get q2 = 4q - 4q2. We then divide both sides through by q and get q = 4 - 4q. Subtracting 4 from both sides, and then q (i.e. -4q minus q = -5q) also from both sides, we get -4 = -5q. We then divide through by -5 to get -4/-5 = q, or anotherwards the answer which is 0.8 =q. I cannot imagine you getting this type of problem in this general biology course although if you take algebra good luck.
Glycolosis (in the cytoplasm) and aerobic metabolism (in the mitochondria) are used to generate ATP from glucose in muscle cells.
glucose
Evolution, the change in allele frequency over time in a population of organisms, is a fact. The theory of evolution by natural selection explains much of this fact. That is what a theory is. A consistent explanation of a phenomenon, or a series of phenomenon, that is supported by massive amounts of evidence, containing both facts and laws and is able to make predictions that generate testable hypothesis. A theory, in the scientific sense, is not a guess.
Fish would only generate heat in the human body if one is allergic to it, which could result in a fever. There are many health benefits, and hazards, in eating fish.
The new combination of alleles produced by crossover events help to generate genetic diversity. This is because the offspring are different from the parents.
to filter out unwanted signals.
An "electric arc" may generate radio frequency noise. There are many devices, having various purposes, which generate RF. Jacobs Ladder, arc welder, Tesla Coil, radio transmitter, microwave oven... Some generate RF for a specific purpose, others generate RF as a by-product.
An X ray takes more energy to generate because it is higher frequency (second in shortest wavelength only to gamma rays). Microwaves are just higher frequency radio waves.
You can make your static inverter to maintain 400Hz by means of compare the generated frequency of your inverter with the reference buildin frequency generator which is called local oscillator or multivibrator which is fixed at 400 Hz. If your inverter generate frequency grater or less than 400Hz then the comparison between the reference frequency and the generate frequency will produce the error signal to reduce or increase the generated frequence and send it out. This is the principle operation of the Electrical Power Generation System. Post this answer by : tassana.e@thaiairways.com
What I have read is it is use to generate higher Frequency to give a stable pitch of sound or music...
The answer is "it's own resonant frequency".. this frequency is dependent on how the glass is made. You can hear this frequency when you rim the glass with a wet finger or smack it with a pen. If you want to break it, place the glass next to a nice speaker, generate a sine-wave tone matching the resonant frequency, and turn it up to 11.
It depends on the frequency range of the signal generator. Obviously, you won't hear radio waves.
Monochromatic literally means single colour. Typical of lasers which by their design generate an essentially single frequency.
US submarines generate 60 hz... not sure about other countries. 60 hz is the US Standard. That pretty much sums it up. If they were to generate a different frequency such as 50 hz then the electrical motors would turn a bit slower. Also if the motors were rated at 60 hz and were ran at 50 hz then the volts/hertz ratio would be off resulting in over excitation of the windings and slight loss of efficiency and possible overheating.
Having less frequency doesnt mean stationary waves, to generate stationary wave a wave must merge with another wave with equal but opposite values at each and every instant of time.
When you generate a high frequency sound, through earphones or a speaker,you hear it as a high pitched sound. Higher frequency ==> higher pitch.Higher-frequency sounds have shorter wavelengths, and sounds of all frequencieshave the same speed, as long as they're all moving through the same stuff.
basically it generate high frequency.As you know when frequency increases voltage also increase.it produce frequency in kilo hertz.ULTIMATE function to produce high voltage,ie kilo volts.