An Electromagnetic pulse is one of the effects caused by?

electromagnetic pulse is one of the effects caused by

High altitude burst inside the ionosphere.

EMP is only a significant effect if the bomb is detonated in the ionosphere.

Explosion of a nuclear device in the ionosphere.

A nuclear attack. EMP is generated by the energy of electrons added to the Earth's magnetic field by gamma radiation.

Explosions of high yield bombs in the ionosphere above the target. The effects can reach for a radius of a couple thousand miles around ground zero.

High yield explosion in ionosphere.

by using the faraday-cage

pulse is caused by the dilation and recoiling of your artery as blood gushes through (one sound). heartbeat is closing of the heart valves (2 sounds). The 2 sounds are caused by the atrioventricular valve ("lub") and the semilunar valve ("dub")

One meaning is the abbreviation for Electromagnetic Pulse. This is an intense magnetic field created by the detonation of a nuclear weapon. The EMP is capable of burning out electrical devices.

Electromagnetism. Your remote control produces one, and so does a nuclear weapon. Your choice is based on wavelength and power you need to produce.

Two effects that are caused by a chemical change are changes from one substance into another. Another effect that can be caused by a chemical change is a change in the temperature of the surrounding system and substance, or a change in color of the substance.

There is a one to one correspondence between the pulse and the heart beat.

See a cardiologist. Many things can cause high pulse. If your pulse has suddenly gotten higher out of nowhere, and has stayed that way, it could be caused by many things. Hormone problems, anemia, or blood clots can cause high pulse out of nowhere that doesn't go down. If the cardiologist doesn't help, see another one or perhaps see a hematologist or pulmonologist. I had rapid pulse and ended up having a pulmonary embolism, which was caused by birth control, even though i was young & healthy.

those side effects are probably caused by pharmaceutical drugs the patient is taking for pentasa

an electromagnetic one

Actually, there's only one. Even though we like to give different labels to electromagnetic waves with different wavelengths according to their uses or effects, they're all the same physical phenomenon.

One of the effects of a substance or medium on light or other electromagnetic radiation passing through it, such as absorption, scattering, refraction, and polarization.

EMP is the primary result of a high-altitude nuclear detonation, though it happens with any nuclear detonation. The higher the blast, the wider the pulse area is and the more electronics are affected, which is why an HA burst is always considered for a nuclear response. Though military facilities are EMP hardened, most civilian areas aren't, and such a burst would severely cripple a country's infrastructure. An EMP by even a small weapon at high altitude would literally send the U.S. into the Stone Age, as our current technologies are more vulnerable to EMP than in previous years.

since the pulse is generated in one wave .....so.........

Indian society is a cultural one. But the stereotypes are letting it down.

there is (1) temporal pulse, (2) facial pulse, (3) carotid pulse, (4) antebrachial pulse, (5) brachial pulse, (6) radial pulse, (7) apical pulse, (8) popliteal pulse and another one on the anterior portion of the feet.

Which one of the following is not an example of and electromagnetic wave?

A distal pulse should be the same rate as a femoral pulse, carotid pulse, brachial pulse, pedal pulse, or radial pulse. The strength of the pulse may be harder to feel the further away from the heart, but the rate should be the same. One heart, One Pulse Rate. The Normal heart rate/pulse in an adult is 60-100 beats per minute. Less of course, in the super healthy athlete.

SEQUENCE help to control the amount of T1 or T2 contrast present in the image. Pulse sequences of the spin echo type, usually employs a 90° pulse, followed by one or more 180° pulses to eliminate field inhomogeneity and chemical shift effects at the echo. Caused by this 180° refocusing pulse, spin echo or fast spin echo (FSE, TSE) sequences are more robust against e.g. susceptibility artifacts than sequences of the gradient echo type.