Because the media displacement (up & down movement of the string) is perpendicular to the direction of propagation of the wave. Sound waves are longitudinal waves because the medi displacement is back & forth, which is parallel to the wave propagation.
The energy gets absorbed by the string, and will be converted mainly to heat.
When force is applied, the first trough and crest formed in the string is called pulse. Continuous trains of these crests and troughs forms the wave.
The speed is Inversely dependent on the density of the medium, s=c/n(density)
It will form a pulse wave because the rope is being moved once. NOTE: If the movement continued, then the wave would be a transverse wave.
A pulse is related to a traveling wave. Imagine a bump moving along a rope that has been pulled taut because you moved the rope up and down once. It's basically a signal at an instant of time.
it is sideways displacement vs. lengthwise or rotational.
A bit is an on or off; (high or a low ; one or zero, depending on the logic.) A string of bits might be seen as "one pulse", but it is the bit Rate which must be considered.
There are two types of waves: longitudinal and transverse. In a longitudinal wave, the wave moves parallel to the disturbance. In a transverse wave, the wave moves in a direction perpendicular to the direction of disturbance in the medium. For example, in a vibrating string, the string moves up and down, but the pulse travels down the string. The wave moves in a direction perpendicular to the way the string moves. The amplitude of a wave is a measure of its size, or the distance between its peak and trough. It is also a measure of the amount of energyin a wave. While amplitude is hard to calculate for longitudinal waves, it is a fairly simple task to calculate in transverse waves.Instructions1 Find the point where the string (or other medium) is farthest from horizontal in one direction.2 Measure the distance between that point and the horizontal.3 Double that distance. This is the amplitude.
There are two types of waves: longitudinal and transverse. In a longitudinal wave, the wave moves parallel to the disturbance. In a transverse wave, the wave moves in a direction perpendicular to the direction of disturbance in the medium. For example, in a vibrating string, the string moves up and down, but the pulse travels down the string. The wave moves in a direction perpendicular to the way the string moves. The amplitude of a wave is a measure of its size, or the distance between its peak and trough. It is also a measure of the amount of energyin a wave. While amplitude is hard to calculate for longitudinal waves, it is a fairly simple task to calculate in transverse waves.Instructions1 Find the point where the string (or other medium) is farthest from horizontal in one direction.2 Measure the distance between that point and the horizontal.3 Double that distance. This is the amplitude.
Pulse oximeters are devices that monitor the saturation of one's hemoglobin. A portable pulse oximeter is useful for those who need to monitor their hemoglobin while traveling.
The energy gets absorbed by the string, and will be converted mainly to heat.
The energy gets absorbed by the string, and will be converted mainly to heat.
"Steady"
When force is applied, the first trough and crest formed in the string is called pulse. Continuous trains of these crests and troughs forms the wave.
It is not considered bad, especially if you are very fit, your pulse at rest can be low.
the standard pulse for ages 6-15 would be from ranges of 70-100. For an adult though it would be 60-100.
Arteries that are relatively large and near the surface can be used as pulse sites.