From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #11555 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Thursday, June 8 2023 Volume 14 : Number 11555 Today's Subjects: ----------------- Guess which of THESE reverses âOld Age?â (take the quiz!) ["Triggering It] Click Here and Save $50 on every warranty plan! ["AHW - Protection and co] Amazon ritual boosts bedroom performance in days ["hottie" Subject: Guess which of THESE reverses âOld Age?â (take the quiz!) Guess which of THESE reverses bOld Age?b (take the quiz!) http://coverlasticsofacover.shop/fqzvLoZQZ0LjYfVZwkrASDe0nJKRH-ciLup49vTtTDIx e9V7dg http://coverlasticsofacover.shop/yHhzJxAdzEmOY-sq9lWcC4jwDeDypg4u_l7gwi4wsFEf AfdgMQ yes of most frogs are located on either side of the head near the top and project outwards as hemispherical bulges. They provide binocular vision over a field of 100B0 to the front and a total visual field of almost 360B0. They may be the only part of an otherwise submerged frog to protrude from the water. Each eye has closable upper and lower lids and a nictitating membrane which provides further protection, especially when the frog is swimming. Members of the aquatic family Pipidae have the eyes located at the top of the head, a position better suited for detecting prey in the water above. The irises come in a range of colours and the pupils in a range of shapes. The common toad (Bufo bufo) has golden irises and horizontal slit-like pupils, the red-eyed tree frog (Agalychnis callidryas) has vertical slit pupils, the poison dart frog has dark irises, the fire-bellied toad (Bombina spp.) has triangular pupils and the tomato frog (Dyscophus spp.) has circular ones. The irises of the southern toad (Anaxyrus terrestris) are patterned so as to blend in with the surrounding camouflaged skin. The distant vision of a frog is better than its near vision. Calling frogs will quickly become silent when they see an intruder or even a moving shadow but the closer an object is, the less well it is seen. When a frog shoots out its tongue to catch an insect it is reacting to a small moving object that it cannot see well and must line it up precisely beforehand because it shuts its eyes as the tongue is extended. Although it was formerly debated, more recent research has shown that frogs can see in colour, even in very low light. Hearing Surface rendering of the head of the frog Atelopus franciscus, with ear parts highlighted. Frogs can hear both in the air and below water. They do not have external ears; the eardrums (tympanic membranes) are directly exposed or may be covered by a layer of skin and are visible as a circular area just behind the eye. The size and distance apart of the eardrums is related to the frequency and wavelength at which the frog calls. In some species such as the bullfrog, the size of the tympanum indicates the sex of the frog; males have tympani that are larger than their eyes while in females, the eyes and tympani are much the same size. A noise causes the tympanum to vibrate and the sound is transmitted to the middle and inner ear. The middle ear contains semicircular canals which help control balance and orientation. In the inner ear, the auditory hair cells are arranged in two areas of the cochlea, the basilar papilla and the amph ------------------------------ Date: Wed, 7 Jun 2023 15:42:43 +0200 From: "AHW - Protection and convenience" Subject: Click Here and Save $50 on every warranty plan! Click Here and Save $50 on every warranty plan! http://tumileatherbackpackss.shop/MWzPycwe0eS6dKOvK_olKX-lMAvy8lgAzGHXPaT5uZhVn8hHlQ http://tumileatherbackpackss.shop/tC_YvmMqK9xwEBSpWEI7cF_EKL2q6mZ8QXDaNJ6DdhfkajhLXw ping rear legs is eaten by a predator such as a dragonfly nymph. In some cases, the full leg still grows, but in others it does not, although the frog may still live out its normal lifespan with only three limbs. Occasionally, a parasitic flatworm (Ribeiroia ondatrae) digs into the rear of a tadpole, causing a rearrangement of the limb bud cells and the frog develops one or more extra legs. Northern leopard frog (Rana pipiens) moulting and eating its skin. Skin A frog's skin is protective, has a respiratory function, can absorb water, and helps control body temperature. It has many glands, particularly on the head and back, which often exude distasteful and toxic substances (granular glands). The secretion is often sticky and helps keep the skin moist, protects against the entry of moulds and bacteria, and make the animal slippery and more able to escape from predators. The skin is shed every few weeks. It usually splits down the middle of the back and across the belly, and the frog pulls its arms and legs free. The sloughed skin is then worked towards the head where it is quickly eaten. Being cold-blooded, frogs have to adopt suitable behaviour patterns to regulate their temperature. To warm up, they can move into the sun or onto a warm surface; if they overheat, they can move into the shade or adopt a stance that exposes the minimum area of skin to the air. This posture is also used to prevent water loss and involves the frog squatting close to the substrate with its hands and feet tucked under its chin and body. The colour of a frog's skin is used for thermoregulation. In cool damp conditions, the colour will be darker than on a hot dry day. The grey foam-nest tree frog (Chiromantis xerampelina) is even able to turn white to minimize the chance of overheating. Many frogs are able to absorb water and oxygen directly through the skin, especially around the pelvic area, but the permeability of a frog's skin can also result in water loss. Glands located all over the body exude mucus which helps keep the skin moist and reduces evaporation. Some glands on the hands and chest of males are specialized to produce sticky secretions to aid in amplexus. Similar glands in tree frogs produce a glue-like substance on the adhesive discs of the feet. Some arboreal frogs reduce water loss by having a waterproof layer of skin, and several South American species coat their skin with a waxy secretion. Other frogs have adopted behaviours to conserve water, including becoming nocturnal and resting in a water-conserving position. Some frogs may also rest in large groups with each frog pressed against its neighbours. This reduces the amount of skin exposed to the air or a dry surface, and thus reduces water loss. Woodhouse's toad (Bufo woo ------------------------------ Date: Wed, 7 Jun 2023 12:13:25 -0400 From: "hottie" Subject: Amazon ritual boosts bedroom performance in days Amazon ritual boosts bedroom performance in days http://provaction.rest/IxMA_P1-G-LOcsc0-bsY4fFvMuUB7vh2WhRinUZZKk4_BaAdig http://provaction.rest/pKvhijbAyLS-0WfyvmLlUCZdvSaWD7BGqGHFvWiknSxpJRR4mQ Friction is a force that acts to stop the movement of two touching things. The energy lost to friction is turned into sound and heat. Two kinds of friction are static and kinetic. Static friction is when the friction is strong enough to stop movement between two objects. Kinetic friction is used when the frictional force is not strong enough to stop all motion. An effect of kinetic friction is heat production. Many everyday mechanisms that use friction include car brakes, suitcases, and shoes. Even a person sliding across the floor uses a form of friction. Model of asperities Some facts about friction are: Friction can be thought to be caused by bumps on two touching surfaces. These bumps are called asperities. As these two rough surfaces move against each other they get stuck and prevent motion until the asperities are broken or slid over. Even the smoothest materials have these asperities. Option2 Freebodydiagram2 pn.png As the force that is pushing on an object increases, the static friction increases too. However, if the force gets bigger than the maximum static friction, it makes the object accelerate. The object will begin to accelerate as soon as the static friction is less than the force pushing on it. After that point kinetic friction will act on the object. The coefficient of friction is the ratio between the force slowing something down and the force pushing them together. The larger it is the stronger friction is (and the more the object is slowed down). For example, a person's skates on ice have a small coefficient of friction, but rubber on concrete has a big one. Internal friction in a fluid is called viscosity. Viscosity is how hard it is for the fluid to move or flow. For example, honey is more "viscous" than water. Friction is caused by electromagnetism. When the atoms that make the objects come close they are drawn to each other and may connect. Effort is needed to break this connection in objects that are not moving and effort is needed to keep an object moving against this attraction. Things with high friction have many points of contact or have atoms that strongly attract others. There are 4 types of friction. Static, sliding, rolling,Fluid fr ------------------------------ Date: Wed, 7 Jun 2023 15:06:49 +0200 From: "Cat Peeing" Subject: Sick of your cat peeing everywhere? Sick of your cat peeing everywhere? http://tumileatherbackpackss.shop/NaF1mvv5zdFpI_rahhdNG5PcbjFlNeMxwPLVuU5nbvdAjgdVhA http://tumileatherbackpackss.shop/uS9wm-lnn6cVxDUO2D7WBmv2IKXZcz7tzmkxd8BcF6ZXawARIA ic African dwarf frog (Hymenochirus sp.) has fully webbed toes, whereas those of White's tree frog (Litoria caerulea), an arboreal species, are only a quarter or half webbed. Exceptions include flying frogs in the Hylidae and Rhacophoridae, which also have fully webbed toes used in gliding. Arboreal frogs have pads located on the ends of their toes to help grip vertical surfaces. These are not suction pads, the surface consisting instead of columnar cells with flat tops with small gaps between them lubricated by mucous glands. When the frog applies pressure, the cells adhere to irregularities on the surface and the grip is maintained through surface tension. This allows the frog to climb on smooth surfaces, but the system does not function efficiently when the pads are excessively wet. In many arboreal frogs, a small "intercalary structure" on each toe increases the surface area touching the substrate. Furthermore, many arboreal frogs have hip joints that allow both hopping and walking. Some frogs that live high in trees even possess an elaborate degree of webbing between their toes. This allows the frogs to "parachute" or make a controlled glide from one position in the canopy to another. Ground-dwelling frogs generally lack the adaptations of aquatic and arboreal frogs. Most have smaller toe pads, if any, and little webbing. Some burrowing frogs such as Couch's spadefoot (Scaphiopus couchii) have a flap-like toe extension on the hind feet, a keratinised tubercle often referred to as a spade, that helps them to burrow. Sometimes during the tadpole stage, one of the developing rear legs is eaten by a predator such as a dragonfly nymph. In some cases, the full leg still grows, but in others it does not, although the frog may still live out its normal lifespan with only three limbs. Occasionally, a parasitic flatworm (Ribeiroia ondatrae) digs into the rear of a tadpole, causing a rearrang ------------------------------ Date: Wed, 7 Jun 2023 18:35:56 +0200 From: "Voice Over Software" Subject: Your Voice-Over Problems Solved Your Voice-Over Problems Solved http://herpagreensz.today/hIhFlhrH0voqzW8fQCuLYxdSQOhOvl1wXgHh2kJvm0CJ_W7Geg http://herpagreensz.today/PPsnaOMhqXeIB69TfOlw3fTRu8vFvL8Xu7ZzHlw5FptctgC2RA World War II saw the large-scale involvement of U.S. psychiatrists in the selection, processing, assessment, and treatment of soldiers. This moved the focus away from mental institutions and traditional clinical perspectives. The U.S. armed forces initially used the Standard, but found it lacked appropriate categories for many common conditions that troubled troops. The United States Navy made some minor revisions but "the Army established a much more sweeping revision, abandoning the basic outline of the Standard and attempting to express present-day concepts of mental disturbance." Under the direction of James Forrestal, a committee headed by psychiatrist Brigadier General William C. Menninger, with the assistance of the Mental Hospital Service, developed a new classification scheme in 1944 and 1945. Issued in War Department Technical Bulletin, Medical, 203 (TB MED 203); Nomenclature and Method of Recording Diagnoses was released shortly after the war in October 1945 under the auspices of the Office of the Surgeon General. It was reprinted in the Journal of Clinical Psychology for civilian use in July 1946 with the new title Nomenclature of Psychiatric Disorders and Reactions. This system came to be known as "Medical 203". This nomenclature eventually was adopted by all the armed forces, and "assorted modifications of the Armed Forces nomenclature introduced into many clinics and hospitals by psychiatrists returning from military duty." The Veterans Administration also adopted a slightly modified version of the standard in 1947. The further developed Joint Armed Forces Nomenclature and Method of Recording Psychiatric Conditions was released in 1949. ICD-6 (1948) In 1948, the newly formed World Health Organization took over the maintenance of the ICD. They greatly expanded it, included non-fatal conditions for the first time, and renamed it the International Statistical Classification of Diseases. The foreword to the DSM-I states the ICD-6 "categorized mental disorders in rubrics similar to those of the Armed Forces nomenclatur ------------------------------ End of alt.music.moxy-fruvous digest V14 #11555 ***********************************************