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.
Receptors provide information about the intensity of a stimulus through the frequency of action potentials they generate. Higher intensity stimuli result in higher frequency of action potentials being sent to the brain, signaling a stronger stimulus. This frequency coding allows the brain to interpret the intensity of stimuli.
No, plants do not generate heat as part of their metabolic processes.
Warm-blooded animals generate heat to maintain their body temperature through a process called metabolism. This involves breaking down food to produce energy, which is then used to generate heat. Additionally, warm-blooded animals have mechanisms such as shivering and increasing their heart rate to generate more heat when needed.
An electric eel can generate up to 600 volts of electricity in one electric shock.
An electric eel can generate up to 600 volts of electricity, with a maximum power output of around 1 kilowatt.
to filter out unwanted signals.
It will take 0.2 seconds to generate one complete wave vibration with a frequency of 5Hz because frequency is the number of cycles per second, so the time period of one cycle can be calculated as 1/5 = 0.2 seconds.
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.
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
The highest frequency in hertz that can be achieved is determined by the limitations of the equipment used to generate the frequency. In general, frequencies in the terahertz (THz) range are considered the highest achievable frequencies with current technology.
To generate a tone of a specific frequency for a PIC18F4520, you can use the built-in timers and pulse width modulation (PWM) modules. Configure the timer to produce a square wave at the desired frequency and use the PWM module to control the duty cycle. By adjusting the duty cycle of the PWM signal, you can adjust the loudness of the tone.
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.
The frequency of the waves is 2 Hz. This is calculated by taking the number of compressions (10) and dividing it by the time taken (5 seconds).
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.
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.
A local oscillator is used in a superheterodyne radio circuit for example.The incoming radio frequency is mixed with an internal local oscillator circuit to generate a new intermediate frequency (IF) .The local oscillator usually runs at a frequency of 470kHz and is generated by an inductor and capacitor(LC oscillator)