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Does vegetative propagation help in the conservation of flora?
Yes, vegetative propagation can help in the conservation of flora by enabling the reproduction of plant species that are difficult to propagate from seeds, helping to maintain genetic diversity and preserve rare or endangered species. It can also speed up the propagation process, allowing for the production of large numbers of plants in a shorter amount of time.
What is propagation Time?
A: A transistor when is switched on there are delay caused by junction capacitance turning it off these same capacitance must be discharges causing delays in total response it is constant situation however as frequency increases it becomes troublesome
What is the relationship between the velocity of propagation in a t.t.l and the speed of light?
I don't know what a t.t.l is but I do know that the propagation of the speed of light compared to velocity is explained in Einstien's Special Theory of Relativity. It basically states that as an object approaches the speed of light, distance becomes greater, and time slows down (compared to an object at rest). Unfortunately, there is no way to truly tell if you are at rest. Sure you can say that you are at rest if you are standing still but realize that the Earth is moving through the galaxy at some 30,000 mph at this very moment. The reason for the change in time and space is that the speed of light is constant, no matter how emitted or recorded. This means that light will travel at the speed C even if you are moving at C/2 to begin with. someone approaching you at the same speed will witness the light pass them at the speed C. Someone else standin still (compared to the other two) will also witness the light pass by at the speed C. Get the point? If you need more information just read Einstiens relativity book on the special and general theory; it's tough reading, but it explains everything.
How did William derham measure the speed of sound?
William Derham measured the speed of sound in 1683 by using a method involving the observation of a gunshot. He fired a gun at a known distance and measured the time it took for the sound of the shot to reach him after seeing the flash of the gun. By calculating the distance and the time interval, he was able to estimate the speed of sound in air, which he found to be approximately 1,124 feet per second. His work contributed to early studies of acoustics and the understanding of sound propagation.
Why is plant propagation an efficient way for people to produce new plants?
Because it saves time and space
What is the difference between data transmission speed and propagation speed?
Data Transmission speed is the number of bits per second that can be transmitted. Propagation speed is the speed at which a signal moves through a medium. Gateway Technical College, Elkhorn WI
Does vegetative propagation help in the conservation of flora?
Yes, vegetative propagation can help in the conservation of flora by enabling the reproduction of plant species that are difficult to propagate from seeds, helping to maintain genetic diversity and preserve rare or endangered species. It can also speed up the propagation process, allowing for the production of large numbers of plants in a shorter amount of time.
A 3000-km-long T1 trunk is used to transmit 64-byte frames using Go-Back-N protocol. If the propagation speed is 6 microsecondkm how many bits should the sequence numbers be?
Propagation time = 6 usec/km × 3000 km = 18 ms Speed(T1) = 1.536 Mbps Transmission time for a frame = 64byte × 8 / 1.536Mbps = 0.3 ms Total transmission time for a frame and its ack = 2 × propagation time + transmission time for a frame = 2 × 18ms + 0.3ms = 36.3ms Window size = 36.3ms / 0.3ms = 121 As 27 = 128 > 121, so the sequence numbers should be 7 bits.
What is propagation Time?
A: A transistor when is switched on there are delay caused by junction capacitance turning it off these same capacitance must be discharges causing delays in total response it is constant situation however as frequency increases it becomes troublesome
When frequency is increased propagation speed also increases?
Nothing. Frequency doesn't control the speed of a wave. Increase in frequency will reduce the wavelength of the wave to keep the velocity constant (v=nu x lambda)
What best defines propagation delay?
Propagation delay is the time it takes for electronic devices to switch from one logic state to another.
What is the Formula to calculate time delay?
The formula to calculate time delay is typically expressed as ( \text{Time Delay} = \frac{\text{Distance}}{\text{Speed}} ). This formula determines how long it takes for a signal or wave to travel a certain distance at a given speed. In various contexts, such as telecommunications or physics, time delay can also be influenced by factors like processing time or propagation delays.
What are three factors to consider determining what type of propagation to use?
When determining the type of propagation to use, consider the plant's species and growth habits, as some plants propagate more effectively through seeds, cuttings, or division. Assess the available resources, including time, space, and equipment, since some methods may require more intensive care or specific conditions. Lastly, evaluate the desired outcomes, such as speed of propagation and genetic consistency, as these factors will influence the most suitable propagation method for your goals.
What is the maximum counting speed of a 4 bit binary counter which is composed of a flip flop with a propagation delay of 25nano seconds?
Assuming you are running in synchronous mode, a counter with a propagation time of 25 ns can run up to 40 MHz. Since there are other gates involved, I would consider a margin of safety to be 20 MHz.
How resistance and propagation delay related each other in TTL logic family?
In TTL (Transistor-Transistor Logic) circuits, resistance and propagation delay are inversely related. Higher resistance in the circuit can lead to increased propagation delay, as it affects the charging and discharging times of capacitive loads. This delay is primarily due to the time it takes for the output to transition from one state to another, which is influenced by the RC time constant (where R is resistance and C is capacitance). Thus, optimizing resistance is crucial for improving speed in TTL logic applications.
What is the relationship between the velocity of propagation in a t.t.l and the speed of light?
I don't know what a t.t.l is but I do know that the propagation of the speed of light compared to velocity is explained in Einstien's Special Theory of Relativity. It basically states that as an object approaches the speed of light, distance becomes greater, and time slows down (compared to an object at rest). Unfortunately, there is no way to truly tell if you are at rest. Sure you can say that you are at rest if you are standing still but realize that the Earth is moving through the galaxy at some 30,000 mph at this very moment. The reason for the change in time and space is that the speed of light is constant, no matter how emitted or recorded. This means that light will travel at the speed C even if you are moving at C/2 to begin with. someone approaching you at the same speed will witness the light pass them at the speed C. Someone else standin still (compared to the other two) will also witness the light pass by at the speed C. Get the point? If you need more information just read Einstiens relativity book on the special and general theory; it's tough reading, but it explains everything.
What are four characteristics of a wave that can change?
Four characteristics of a wave that can change are amplitude (height of the wave), frequency (number of wave cycles per unit time), wavelength (distance between wave crests), and speed of propagation.
