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Chronic stress is the response to emotional pressure suffered for a prolonged period of time in which an individual perceives he or she has little or no control. It involves an endocrine system response in which corticosteroids are released. While the immediate effects of stress hormones are beneficial in a particular short-term situation, long-term exposure to stress creates a high level of these hormones. This may lead to high blood pressure (and subsequently heart disease), damage to muscle tissue, inhibition of growth, suppression of the immune system, and damage to mental health.

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The Gals Panic (ギャルズパニック, Gyaruzu Panikku) games are Japanese eroge, variants of the classic puzzle game Qix. The objective is to uncover the silhouette portion of background with a marker until at least 80% of the silhouette is uncovered. When capturing background, only the enclosed area without the stage boss is uncovered, so it is possible to capture 100% of silhouette without capturing the entire background, by limiting boss’s movement to an area without silhouette. There are a few key differences with the original game, and the series themselves can be split in two clearly distinct product lines: the older “classic” Gals Panic series, and the later “S” series, having important gameplay differences and being intended for different markets. Gals Panic II was released on Windows 95. Each round starts with 3 minutes time remaining, unless affected by a roulette item. If a player continues the existing round, 1 minute is added to the remaining time. During each round, random items can appear in the field, which can help or hinder the player’s progress. A round begins with the player at the edge of the background. Capturing an area can be done by moving cursor to the edge of the background or edge of an already captured area. There are various blocks appear in each round, which can block the movement of player but not enemies, and also affects the strategies of capturing silhouettes. Blocks disappear when capturing an area with enclosed blocks. At the top of each round is a 20-level meter, where it starts with 11. The meter gauge increases or decreases depending on how background area is captured. Usually it decreases when capturing area with silhouette, but increases when capturing area without silhouette. The meter decreases by 1 if player does not capture an area for a prolonged period. If the meter reaches 0, player loses a life; if the meter reaches 20 (full), the round is automatically cleared; if the meter reaches yellow (6 bars), the background and silhouette is replaced by an alternate picture, with different silhouette. The type of alternate background is chosen at random. When the background change occurs, it can be changed back to girl background by increasing meter level to 10. However, if the silhouette ratio reaches 80% with alternate background, that game round is restarted afterwards, without going through roulette round. This game includes 6 stages, with 3 rounds each. Between each round there is a roulette mini-game, where player gets a random item that can help or hinder game play of next round. If a round is cleared with 100% captured silhouette, a can-can dance sequence with ‘100% CLEAR’ title is shown.

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For the purpose of this article, research on meditation concerns research into the psychological and physiological effects of meditation using the scientific method. In recent years, these studies have increasingly involved the use of modern scientific techniques and instruments, such as fMRI and EEG which are able to directly observe brain physiology and neural activity in living subjects, either during the act of meditation itself, or before and after a meditation effort, thus allowing linkages to be established between meditative practice and changes in brain structure or function. Since the 1950s hundreds of studies on meditation have been conducted. Yet, many of the early studies were flawed and thus yielded unreliable results. Contemporary studies have attempted to address many of these flaws with the hope of guiding current research into a more fruitful path. In 2013, researchers at Johns Hopkins, publishing in the Journal of the American Medical Association, identified 47 studies that qualify as well-designed and therefore reliable. Based on these studies, they concluded that there is moderate evidence that meditation reduces anxiety, depression, and pain, but there is no evidence that meditation is more effective than active treatment. 2017 commentary was similarly mixed. The process of meditation, as well as its effects, is a growing subfield of neurological research. Modern scientific techniques and instruments, such as fMRI and EEG, have been used to study how regular meditation affects individuals by measuring brain and bodily changes. Meditation is a broad term which encompasses a number of practices.

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A stressor is a substance or natural agent, environmental condition, exterior stimulus or a meeting that triggers stress to a organism. An event that creates the strain response can include: environmental stressors (hypo or hyper-thermic temperature ranges, elevated audio levels, over-illumination, overcrowding) daily stress occasions (e.g., traffic, lost secrets, money, quality and level of physical exercise) life changes (e.g., divorce, bereavement) work area stressors (e.g., high job demand vs. low job control, repeated or suffered exertions, forceful exertions, extreme postures) chemical substance stressors (e.g., cigarette, alcohol, drugs) cultural stressor (e.g., societal and family needs) Stressors have physical, chemical substance and mental replies within the body. Physical stressors produce mechanised stresses on pores and skin, bone fragments, ligaments, tendons, muscles and nerves that cause muscle deformation and in acute cases tissue failure. Chemical substance strains also produce biomechanical replies associated with metabolism and structure repair. Physical stressors may produce pain and impair work performance. Chronic pain and impairment demanding medical assistance may derive from extreme physical stressors or when there is not sufficient restoration time taken between successive exposures. Stressors could also have an effect on mental function and performance. One possible device involves activation of the hypothalamus, CRF (corticotropin release factor) -> pituitary gland produces ACTH (adrenocorticotropic hormone) -> adrenal cortex secretes various stress human hormones (e.g., cortisol) -> stress human hormones (30 kinds) travel in the bloodstream to relevant body organs, e.g., glands, center, intestines -> flight-or-fight response. Between this circulation there can be an alternate path that may be taken following the stressor is used in the hypothalamus, which brings about the sympathetic stressed system. And, the adrenal medulla secretes epinephrine. Mental and sociable stressors may impact behavior and exactly how individuals react to physical and chemical type stressors.

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Stendhal syndrome, Stendhal’s syndrome, hyperkulturemia, or Florence syndrome is a psychosomatic disorder that causes rapid heartbeat, dizziness, fainting, confusion and even hallucinations when an individual is exposed to an experience of great personal significance, particularly viewing art. It is not listed as a recognised condition in the Diagnostic and Statistical Manual of Mental Disorders.

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Rajneesh (born Chandra Mohan Jain, 11 December 1931 – 19 January 1990), also known as Acharya Rajneesh, Bhagwan Shree Rajneesh, and latterly as Osho (), was an Indian godman and leader of the Rajneesh movement. During his lifetime he was viewed as a controversial new religious movement leader and mystic. In the 1960s he traveled throughout India as a public speaker and was a vocal critic of socialism, Mahatma Gandhi, and Hindu religious orthodoxy. Rajneesh emphasized the importance of meditation, mindfulness, love, celebration, courage, creativity and humour—qualities that he viewed as being suppressed by adherence to static belief systems, religious tradition and socialisation. In advocating a more open attitude to human sexuality he caused controversy in India during the late 1960s and became known as “the sex guru”. In 1970, Rajneesh spent time in Mumbai initiating followers known as “neo-sannyasins”. During this period he expanded his spiritual teachings and commented extensively in discourses on the writings of religious traditions, mystics, and philosophers from around the world. In 1974 Rajneesh relocated to Pune, where an ashram was established and a variety of therapies, incorporating methods first developed by the Human Potential Movement, were offered to a growing Western following. By the late 1970s, the tension between the ruling Janata Party government of Morarji Desai and the movement led to a curbing of the ashram’s development and a back taxes claim estimated at $5 million. In 1981, the Rajneesh movement’s efforts refocused on activities in the United States and Rajneesh relocated to a facility known as Rajneeshpuram in Wasco County, Oregon. Almost immediately the movement ran into conflict with county residents and the state government, and a succession of legal battles concerning the ashram’s construction and continued development curtailed its success. In 1985, in the wake of a series of serious crimes by his followers, including a mass food poisoning attack with Salmonella bacteria and an aborted assassination plot to murder U.S. Attorney Charles H. Turner, Rajneesh alleged that his personal secretary Ma Anand Sheela and her close supporters had been responsible. He was later deported from the United States in accordance with an Alford plea bargain. After his deportation, 21 countries denied him entry. He ultimately returned to India and a revived Pune ashram, where he died in 1990. Rajneesh’s ashram, now known as OSHO International Meditation Resort, and all associated intellectual property, is managed by the Zurich registered Osho International Foundation (formerly Rajneesh International Foundation). Rajneesh’s teachings have had a notable impact on Western New Age thought, and their popularity has increased markedly since his death.

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In continuum technicians, stress is a physical amount that expresses the inner makes that neighboring contaminants of a continuing materials exert on one another, while tension is the way of measuring the deformation of the materials. For example, whenever a solid vertical pub is promoting a weight, each particle in the club pushes on the allergens immediately below it. Whenever a liquid is at a closed pot under great pressure, each particle gets pressed against by all the encompassing particles. The pot wall space and the pressure-inducing surface (like a piston) press against them in (Newtonian) response. These macroscopic causes are actually the web result of an extremely large numbers of intermolecular pushes and collisions between your allergens in those substances. Stress is generally represented with a lowercase Greek notice sigma (?). Strain in the material may occur by various systems, such as stress as applied by exterior forces to the majority materials (like gravity) or even to its surface (like contact pushes, exterior pressure, or friction). Any pressure (deformation) of a good material generates an interior flexible stress, analogous to the effect force of the spring, that will restore the materials to its original non-deformed express. In fluids and gases, only deformations that change the quantity generate persistent flexible stress. However, if the deformation is little by little changing as time passes, even in essential fluids there will most likely be some viscous stress, opposing that change. Elastic and viscous strains are usually blended under the name mechanised stress. Significant stress may are present even though deformation is negligible or non-existent (a typical assumption when modeling the movement of drinking water). Stress may can be found in the lack of external causes; such built-in stress is important, for example, in prestressed concrete and tempered a glass. Stress can also be imposed on the material without the use of net makes, for example by changes in temp or chemical structure, or by exterior electromagnetic domains (such as piezoelectric and magnetostrictive materials). The connection between mechanised stress, deformation, and the speed of change of deformation could be very complicated, although a linear approximation may be satisfactory used if the amounts are small enough. Stress that surpasses certain strength boundaries of the materials will cause everlasting deformation (such as plastic material movement, fracture, cavitation) or even change its crystal framework and chemical structure. In a few branches of executive, the word stress is sometimes found in a looser sense as a synonym of “internal force”. For instance, in the research of trusses, it could refer to the full total grip or compression push functioning on a beam, as opposed to the push divided by the region of its cross-section.

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Panic is a sudden sensation of fear, which is so strong as to dominate or prevent reason and logical thinking, replacing it with overwhelming feelings of anxiety and frantic agitation consistent with an animalistic fight-or-flight reaction. Panic may occur singularly in individuals or manifest suddenly in large groups as mass panic (closely related to herd behavior).

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Meditations on First Philosophy (subtitled In which the existence of God and the immortality of the soul are demonstrated) is a philosophical treatise by René Descartes first published in 1641 (in Latin). The French translation (by the Duke of Luynes with Descartes’ supervision) was published in 1647 as Méditations Métaphysiques. The original Latin title is Meditationes de prima philosophia, in qua Dei existentia et animæ immortalitas demonstratur. The title may contain a misreading by the printer, mistaking animae immortalitas for animae immaterialitas, as suspected already by A. Baillet. The book is made up of six meditations, in which Descartes first discards all belief in things that are not absolutely certain, and then tries to establish what can be known for sure. He wrote the meditations as if he had meditated for six days: each meditation refers to the last one as “yesterday” (In fact, Descartes began work on the Meditations in 1639.) One of the most influential philosophical texts ever written, it is widely read to this day. The Meditations consist of the presentation of Descartes’ metaphysical system in its most detailed level and in the expanding of Descartes’ philosophical system, which he first introduced in the fourth part of his Discourse on Method (1637). Descartes’ metaphysical thought is also found in the Principles of Philosophy (1644), which the author intended to be a philosophy guidebook.

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The relationship between the stress and strain that a particular material displays is known as that particular material’s stress–strain curve. It is unique for each material and is found by recording the amount of deformation (strain) at distinct intervals of tensile or compressive loading (stress). These curves reveal many of the properties of a material (including data to establish the Modulus of Elasticity, E). Stress–strain curves of various materials vary widely, and different tensile tests conducted on the same material yield different results, depending upon the temperature of the specimen and the speed of the loading. It is possible, however, to distinguish some common characteristics among the stress–strain curves of various groups of materials and, on this basis, to divide materials into two broad categories; namely, the ductile materials and the brittle materials. Consider a bar of cross sectional area A being subjected to equal and opposite forces F pulling at the ends so the bar is under tension. The material is experiencing a stress defined to be the ratio of the force to the cross sectional area of the bar: s t r e s s = F A {displaystyle mathrm {stress} ={tfrac {F}{A}}} Note that for engineering purposes, we often assume the cross-section area of the material does not change during the whole deformation process, which is not true since the actual area will decrease while deforming due to elastic and plastic deformation. The one assuming cross-section area fixed is so called “engineering stress-strain curve”, the latter is “true stress-strain curve”. In a tension test, true strain is less than engineering strain. Thus, a point defining true stress-strain curve is displaced upwards and to the left to define the equivalent engineering stress-strain curve. The difference between the true and engineering stresses and strains will increase with plastic deformation. At low strains (such as elastic deformation), the differences between the two is negligible. Two important effects necessary to understand the true stress are the effects of strain rate susceptibility and strain rate hardening upon the true stress. Time is often neglected in the initial stress-strain curve relations, but at higher strain rates, higher stresses will occur according to the relationship σT=k’ἕTm where m is the strain rate susceptibility. To account for the resistance to necking, the relationship σT=kεTn must also be considered, where n is the strain hardening coefficient and is typically between 0.02 and 0.50, depending upon the material. By combining these two relationships, a relationship of σT=kεTnἕTm can be found. However, as real stresses and strains do not occur uniaxially, considerations for multiaxial stresses must be added to this relationship to model real stresses. This stress is called the tensile stress because every part of the object is subjected to tension. The SI unit of stress is the newton per square meter, which is called the pascal. 1 pascal = 1 Pa = 1 N/m2 Now consider a force that is applied tangentially to an object. The ratio of the shearing force to the area A is called the shear stress. If the object is twisted through an angle q, then the shear strain is: s t r a i n = tan ⁡ q {displaystyle mathrm {strain} =tan {q}} Finally, the shear modulus MS of a material is defined as the ratio of shear stress to shear strain at any point in an object made of that material. The shear modulus is also known as the torsion modulus.

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