The Q wave is often negative because it reflects the depolarization of the interventricular septum from left to right in the heart, resulting in an initial negative deflection on the electrocardiogram. This is a normal finding in most individuals and is considered a part of the normal electrical activity of the heart.
The trough of a wave appears to have a negative amplitude. However, because amplitude is a distance measurement, which is a scalar quantity having only magnitude, it has no sign.
The trough of a wave is located at the lowest point of the wave, where the displacement is the most negative. It is the opposite of the crest, which is the highest point of the wave. When you illustrate a wave, you can depict the trough as the bottommost point of the wave.
A wave exhibits negative amplitude at the point where it reaches its lowest point below the equilibrium position.
The trough of a wave refers to the lowest point of a wave where the displacement of the medium is at its maximum negative value. It is the opposite of the crest, which is the highest point of the wave.
Negative amplitude in waveforms indicates a reversal in the direction of the wave's oscillation. It is significant because it represents a change in the wave's polarity or phase, which can affect how the wave interacts with other waves or systems.
The first negative deflection after a P wave in a normal cardiac cycle is the Q wave, which is part of the QRS complex. The Q wave represents the initial depolarization of the interventricular septum and is typically a small downward deflection. It is followed by the R wave (upward deflection) and then the S wave (downward deflection), completing the QRS complex that corresponds to ventricular depolarization.
Q, R, and S waves are components of the QRS complex in an electrocardiogram (ECG), which represents the electrical activity of the heart during ventricular depolarization. The Q wave is a small negative deflection, the R wave is a large positive deflection, and the S wave is a negative deflection that follows the R wave. Together, these waves indicate the heart's response to electrical signals and are crucial for diagnosing various cardiac conditions. The QRS complex typically lasts between 0.06 to 0.10 seconds in a healthy individual.
It is +q, since -q +(+q) = 0.
No. I had an MI confirmed by elevated enzymes they told me I had a non Q wave heart attack. what is the difference between a regular heart attack and a non q wave heart attack?
The assertion in the question is not always true. Multiplying (or dividing) 0 by a negative number does not yields 0, not a negative answer.Leaving that blunder aside, let p and q be positive numbers so that p*q is a positive number.Thenp*q + p*(-q) = p*[q + (-q)] = p*[q - q] = p*0 = 0that is p*q + p*(-q) = 0Thus p*(-q) is the additive opposite of p*q, and so, since p*q is positive, p*(-q) must be negative.A similar argument works for division.
Charge is charge, q. If you want it negative just add "-" by its value; some use -q to represent negative charges, too.
As states half wave will rectify only either positive or negative of a full wave. full wave will rectify positive and negative making it full wave rectification.
q
The trough of a wave appears to have a negative amplitude. However, because amplitude is a distance measurement, which is a scalar quantity having only magnitude, it has no sign.
The trough of a wave is located at the lowest point of the wave, where the displacement is the most negative. It is the opposite of the crest, which is the highest point of the wave. When you illustrate a wave, you can depict the trough as the bottommost point of the wave.
An equation where q = 240
They are numbers that can be expressed as -p/q where p and q are positive integers.