Rosemary Singing

The hypothesis behind this experiment is that the Gibberellic acid has a positive growth effect on the plant and causes it grow larger in height.

The purpose of the experiment determine whether a plant watered with diluted aspirin will grow faster than a plant watered with normal water. We seeking to answer the scientific question, “Does aspirin improve the growth of plants?” Our hypothesis is the more aspirin a plant is given the faster and higher the plant will grow. We compared the results of three groups of lima beans. The first group received normal water while the second the third groups had aspirin added (second group had one aspirin and third group had two aspirins). We used two plants for each group so if one died the experiment could continue. Our experiment demonstrated the addition of aspirin has a positive impact on plant growth with the third group (two aspirin added)

One commonly known type of overtone sing is Polyphonic overtone singing, a technique which produces two notes in perfect harmony. The lower of the two is generated by the vibrations of vocal folds in the larynx which is the same process for everyday speech. This sound wave is a fundamental frequency, as it has the longest wavelength that will fit inside the resonant cavity formed by the speaker’s mouth and throat. Produced alongside this low note are numerous overtones or harmonics, waves with higher frequencies that can also fit into the body’s cavity a whole number of times. By moving the tongue, lips and soft palate, the shape of the cavity can then be adjusted so as to isolate individual overtones at will. Ordinarily, this process occurs with the vibration of the larynx to produce a single

As many as six different voice qualities have been reported in the literature, however, in this analysis, only modal, creaky, and breathy voice will be discussed (Abberton et al., 1989; Baken & Orlikoff, 2000; Laver, 1980; Mooshammer; 2010). Modal voice is characterised as the quality that includes the range of fundamental frequencies normally used for speaking and singing; its laryngeal characteristic is a neutral mode of phonation, with moderate adductive tension (Laver, 1980). The Lx waveform of

This means that a botanist should be able to approach his or her plants with any attitude on a given day and not experience negative growth. When compared to the study done by Chivukula and Ramaswamy, the results of this experiment directly go against their findings that miniature rose plants are subject to a change in growth under the right sound conditions. Although this experiment did not test music as the independent variable, it did use the basis of the experiment that plant growth rate can be altered under the right sound stimulation. Besides their method of music, this experiment did not alter the optimal sound level of 100 decibels; however, the optimal frequency of 800 hertz was altered to mimic human speech. This change in frequency was most likely the cause of the disproven

Hypothesis: My hypothesis is that plants will grow faster with a higher amount of caffeine.

4. The plants that grow at a high elevation are shorter than those grown at a lower elevation. The experiments that could be grow plants at different elevations in different environments.

Do you ever think about plants? Or how they grow. Think about the movie Avatar. What the scientist say about all the plants and their connections. Have you ever thought about if our plants can do that? Plants on earth are different in many different ways. Their connections between other plants, the way they grow, how they help us live, these are all things we should know.

My purpose for my science experiment is to see how what affects the plant and how fast the plants can grow, so that in the future people would make better products and other fertilizers .

It is important to realize that the frequency of the sounds that the source emits does not actually change. To understand what happens, consider the following analogy. Someone throws one ball every second in a man's direction. Assume that balls travel with constant velocity. If the thrower is stationary, the man will receive one ball every second. However, if the thrower is moving towards the man, he will receive balls more frequently because the balls will be less spaced out. The converse is true if the thrower is moving away from the man. So it is actually the wavelength which is affected; as a consequence, the perceived frequency is also affected. It may also be said that the velocity of the wave remains constant whereas wavelength changes; hence frequency also changes.

Diction is an integral part of vocal music, because it allows the listeners to conjure images or feelings when they comprehend it. Coinciding with diction is vowels, it is said that “Singers spend more time singing vowels in comparison to the consonants” (Vocalist.org.uk. n.p.). This is way there is so much importance placed on them in practice. Vowels are shaped by the tongue, lips, and nose, this also has to do with phonetics, linguistics, and foreign language.

Based on the second resource in Physics, I could not district between frequencies as well as I should. My issue was could tell there was a difference in pitch I just could not tell if it was higher or lower once they got super similar to one another. The biology behind it is that once a pitch has traveled through the ear and the cochlea has transferred it to the brain, the arcuate fasciculus produces the process of distinguishing which pitch is higher or lower than another. Some people can do this better than others based on the way their brain works. But it is all pitch recognition in your brain. Tiny sound waves inside your ear help you tune the pitch and pick up sound waves. They take the sound waves and turn them into nerve signals causing the brain to interpret sound. The enter form the outer ear and travel through the passage of the ear canal. It then reaches the eardrum where the vibrations translate into the sound we hear. It then goes to the cochlea, a snail-shaped structure that contains fluid in the ear. The sound causes the liquid inside to ripple. The wave goes across to the basilar

Mark MacGregor has been writing music since 1992, as well as articles on music composition and theory. His compositions have received accolades, worldwide performances and recordings. MacGregor holds a graduate degree in electronic music composition and theory from a top tier university, and writes for music trade publications and

The pitch of a sound depends on its frequency. The separation of frequencies occurs in the cochlea. A high note causes one area of the cochlea’s basilar membrane to vibrate, and a low pitch has the same effect on a different part of the cochlea’s basilar

Plants will be more resilient to disease, have more nutrition benefits and contain better overall quality and taste.