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A pulse of acoustic energy for active sonar is generated by a transducer, which converts electrical energy into sound waves. The transducer emits short bursts of sound, known as sonar pings, into the water. These sound waves travel through the medium and reflect off objects, allowing the sonar system to detect and locate underwater targets based on the time it takes for the echoes to return.
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What is increased if pulse duration is decreased?
If pulse duration is decreased, the peak power of the pulse is increased. This is because peak power is inversely proportional to pulse duration. So, as the duration of the pulse shortens, the energy is delivered in a shorter time period, resulting in an increase in peak power.
Why does a person that is not active have a higher resting pulse?
Because an inactive person does not have as strong a heart muscle as an active person, therefore the heart must beat more frequently to pump the same amount of a blood that an active person's heart can pump with one beat.
Explain the difference between pulse and tone How does the pulse work compared to tone?
I'm guessing your talking about telephone. The pulse system: When you push a number on your phone, it transmit a certain amount of pulse. the receiving circuit will count the number of pulses that your telephone transmited to determined that number that was pressed. The tone system: When you push a number on your phone, 2 different tones (or sinus) are transmited. There are 4 lines and 3 columns on the keypad and there are 1 tone for each line and 1 tone for each column. So when you push "1", the first line's tone and the first column's tone are both transmitted at the same time. The receiving circuit listens and figure out the number you pushed by analyzing the 2 tones. The tone style is also known as "DTMF" Older phones with rotary dials generate pulses that may not be recognized by by modern DTMF-only systems such as Internet based VOIP phone services, and some fibre optic (FIOS) phone services. In order to use a pulse-only phone on a DTMF (tone-only) phone service you will need a pulse to tone converter like the Oldphoneworks LPT-310 Pulse to Tone Converter (www.oldphoneworks.com), or the Rotatone Pulse to Tone Converter (www.rotatone.com).
What type of pulse does the equipment for seismic acquisition generate at the surface?
The equipment for seismic acquisition typically generates a controlled seismic pulse, which is often a low-frequency wave, such as a P-wave (primary wave) or an S-wave (secondary wave). This pulse is created using various sources, such as explosives, vibrators, or impact hammers, and is transmitted into the ground to investigate subsurface structures. The nature of the pulse can vary in terms of frequency and duration, depending on the specific goals of the seismic survey and the characteristics of the geological formations being studied. The reflected waves from subsurface layers are then recorded to analyze the Earth's structure.
Which blood vessel has a pulse?
Arteries have a pulse due to the rhythmic contraction of the heart, which creates a pressure wave that can be felt as the pulse in arteries. Veins do not have a pulse as they carry blood back to the heart at a lower pressure.
Nuclear detonation occurs above 100.000 feet and generates a high-energy pulse?
high altitude burst
Which type of nuclear detonation occurs above 100,000 feet and generates a high energy electromagnetic pulse?
high-altitude burst
What type of nuclear detonation occurs above 10000 feet and generates a high energy electromagnE tic pulse?
High-altitude burst
Which type of nuclear detonation occurs above one-hundred thousand feet and generates a high-energy electromagnetic pulse?
high-altitude burst
How many pulse of adult in 1 minute?
72.It is because one heartbeat generates 1 pulse.
Do spiders have a pulse?
Of course they do. It needs a heart to beat the blood around its body which generates its pulse. Same with all animals.
What does the energy of the wave pulse depend on?
The energy of the wave pulse depends on wave length and frequency.
Which type of nuclear detonation occurs above 100,000 feet and generates a high-energy electromagnetic pule?
A high-altitude nuclear detonation that generates a high-energy electromagnetic pulse (EMP) is called a high-altitude electromagnetic pulse (HEMP) event. These detonations occur above 100,000 feet in the atmosphere and can disrupt or damage electronic devices over a wide area by inducing strong currents in electrical systems.
Can you convert electrical pulse energy into electrical energy?
Electrical Pulse energy is already electrical energy. It can be converted to different levels (as in different voltage). It can be converted from pulse to a stable source. But non the less it will still be electrical energy.
How does pulse change?
It goes up and down, as you become active or inactive, excited or calmed.
What type of nuclear detonation occurs above 100.000 feet and generates a high-energy electromagnetic pulse?
A high-altitude nuclear detonation occurring above 100,000 feet can generate a high-energy electromagnetic pulse (EMP) known as a high-altitude EMP (HEMP). This type of EMP can have long-range effects on electronic equipment and infrastructure by disrupting or damaging their functionality through the release of energy.
What is normal pulse for 6 year old?
For an active child it is about 120 BPM depending on how active they are
