Weight and Lifestyle Inventory (Wali)
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Simple Experiment Confirming the Negative Temperature Dependence of Gravity Force
SIMPLE EXPERIMENT CONFIRMING THE NEGATIVE TEMPERATURE DEPENDENCE OF GRAVITY FORCE Alexander L. Dmitriev St-Petersburg National Research University of Information Technologies, Mechanics and Optics, 49 Kronverksky Prospect, St-Petersburg, 197101, Russia Results of weighing of the tight vessel containing a thermo-isolated copper sample heated by a tungstic spiral are submitted. The increase of temperature of a sample with masse of 28 g for about 10 0 С causes a reduction of its apparent weight for 0.7 mg. The basic sources of measurement errors are briefly considered, the expediency of researches of temperature dependence of gravity is recognized. Key words: gravity force, weight, temperature, gravity mass. PACS: 04.80-y. Introduction The question on influence of temperature of bodies on the force of their gravitational interaction was already raised from the times when the law of gravitation was formulated. The first exact experiments in this area were carried out at the end of XIXth - the beginning of XXth century with the purpose of checking the consequences of various electromagnetic theories of gravitation (Mi, Weber, Morozov) according to which the force of a gravitational attraction of bodies is increased with the growth of their absolute temperature [1-3]. That period of experimental researches was completed in 1923 by the publication of Shaw and Davy’s work who concluded that the temperature dependence of gravitation forces does not exceed relative value of 2⋅10 −6 K −1 and can be is equal to zero [4]. Actually, as shown in [5], those authors confidently registered the negative temperature dependence of gravitation force. -
2021 Catalog
2021 NEW PRODUCTS G-Power Flip and Punch Spin Bait Designed by Aaron Martens, Walleye anglers across the Midwest have become Gamakatsu has developed the dependent upon the spin style hooks for walleye rigs. new G-Power Heavy Cover Flip The Spin Bait hook can be rigged behind spinner & Punch Hook. A step up from blades, prop blades or used the G-Finesse Heavy Cover alone with just a simple Hook, for serious flipping and bead in front of them. It’s punching with heavy fluorocarbon and braid. The TGW (Tournament unique design incorporates Grade Wire) hook, paired with its welded eye, make this the strongest Gamakatsu swivels that is Heavy Cover hook in Gamakatsu’s G-Series lineup. Ideal for larger baits independent of the hook, giving the hook more freedom to spin while and weights, punching through grass mats and flipping into heavy reducing line twist. The Spin Bait hook features Nano Smooth Coat for timber. G-Power Flip and Punch ideally matches to all types of cover stealth presentations and unsurpassed hook penetration and the bait and able to withstand extreme conditions. Page 26 keeper barbs on the shank hold live and plastic baits on more securely. Page 48 G-Power Stinger Trailer Hook The new G-Power Stinger Trailer Hook Superline Offset Round Bend brilliance comes from Gamakatsu’s famous Gamakatsu’s Superline Offset Round B10S series of fly hooks and the expertise Bend is designed with a heavier of Professional Bass angler Aaron Martens. Superline wire best suited for heavy The Stinger Trailer has a strategically braided and fluorocarbon lines. -
Rolling Stone Magazine's Top 500 Songs
Rolling Stone Magazine's Top 500 Songs No. Interpret Title Year of release 1. Bob Dylan Like a Rolling Stone 1961 2. The Rolling Stones Satisfaction 1965 3. John Lennon Imagine 1971 4. Marvin Gaye What’s Going on 1971 5. Aretha Franklin Respect 1967 6. The Beach Boys Good Vibrations 1966 7. Chuck Berry Johnny B. Goode 1958 8. The Beatles Hey Jude 1968 9. Nirvana Smells Like Teen Spirit 1991 10. Ray Charles What'd I Say (part 1&2) 1959 11. The Who My Generation 1965 12. Sam Cooke A Change is Gonna Come 1964 13. The Beatles Yesterday 1965 14. Bob Dylan Blowin' in the Wind 1963 15. The Clash London Calling 1980 16. The Beatles I Want zo Hold Your Hand 1963 17. Jimmy Hendrix Purple Haze 1967 18. Chuck Berry Maybellene 1955 19. Elvis Presley Hound Dog 1956 20. The Beatles Let It Be 1970 21. Bruce Springsteen Born to Run 1975 22. The Ronettes Be My Baby 1963 23. The Beatles In my Life 1965 24. The Impressions People Get Ready 1965 25. The Beach Boys God Only Knows 1966 26. The Beatles A day in a life 1967 27. Derek and the Dominos Layla 1970 28. Otis Redding Sitting on the Dock of the Bay 1968 29. The Beatles Help 1965 30. Johnny Cash I Walk the Line 1956 31. Led Zeppelin Stairway to Heaven 1971 32. The Rolling Stones Sympathy for the Devil 1968 33. Tina Turner River Deep - Mountain High 1966 34. The Righteous Brothers You've Lost that Lovin' Feelin' 1964 35. -
Song Lyrics of the 1950S
Song Lyrics of the 1950s 1951 C’mon a my house by Rosemary Clooney Because of you by Tony Bennett Come on-a my house my house, I’m gonna give Because of you you candy Because of you, Come on-a my house, my house, I’m gonna give a There's a song in my heart. you Apple a plum and apricot-a too eh Because of you, Come on-a my house, my house a come on My romance had its start. Come on-a my house, my house a come on Come on-a my house, my house I’m gonna give a Because of you, you The sun will shine. Figs and dates and grapes and cakes eh The moon and stars will say you're Come on-a my house, my house a come on mine, Come on-a my house, my house a come on Come on-a my house, my house, I’m gonna give Forever and never to part. you candy Come on-a my house, my house, I’m gonna give I only live for your love and your kiss. you everything It's paradise to be near you like this. Because of you, (instrumental interlude) My life is now worthwhile, And I can smile, Come on-a my house my house, I’m gonna give you Christmas tree Because of you. Come on-a my house, my house, I’m gonna give you Because of you, Marriage ring and a pomegranate too ah There's a song in my heart. -
Before Using Scale Weight Measurement Only Personal Data
Congratulations on purchasing this Bluetooth® The scale will now switch to Age setting mode. After a few seconds, the LCD will show your body weight, body fat percentage, • Skin temperature can have an influence also. Measuring body fat in warm, humid Bone mass – what is it? Before Using Scale body water percentage, BMI, bone mass and muscle mass percentage for several weather when skin is moist will yield a different result than if skin is cold and dry. Bone is a living, growing tissue. During youth, your body makes new bone tissue connected Weight Watchers Scales by Conair™ Age will flash. Press the UP or DOWN button to choose the seconds, and then turn off automatically. • As with weight, when your goal is to change body composition, it is better to track faster than it breaks down older bone. In young adulthood, bone mass is at its peak; Precautions for Use Body Analysis Monitor! age (10 to 100). Pressing and holding the UP or DOWN button trends over time than to use individual daily results. after that, bone loss starts to outpace bone growth, and bone mass decreases. CAUTION! Use of this device by persons with any electrical implant such will advance numbers quickly. Press the SET button to confirm • Results may not be accurate for persons under the age of 16, or persons with an But it’s a long and very slow process that can be slowed down even more through It is designed to work with the free Weight Watchers Scales by as a heart pacemaker, or by pregnant women, is not recommended. -
Roadside Safety Design and Devices International Workshop
TRANSPORTATION RESEARCH Number E-C172 February 2013 Roadside Safety Design and Devices International Workshop July 17, 2012 Milan, Italy TRANSPORTATION RESEARCH BOARD 2013 EXECUTIVE COMMITTEE OFFICERS Chair: Deborah H. Butler, Executive Vice President, Planning, and CIO, Norfolk Southern Corporation, Norfolk, Virginia Vice Chair: Kirk T. Steudle, Director, Michigan Department of Transportation, Lansing Division Chair for NRC Oversight: Susan Hanson, Distinguished University Professor Emerita, School of Geography, Clark University, Worcester, Massachusetts Executive Director: Robert E. Skinner, Jr., Transportation Research Board TRANSPORTATION RESEARCH BOARD 2012–2013 TECHNICAL ACTIVITIES COUNCIL Chair: Katherine F. Turnbull, Executive Associate Director, Texas A&M Transportation Institute, Texas A&M University System, College Station Technical Activities Director: Mark R. Norman, Transportation Research Board Paul Carlson, Research Engineer, Texas A&M Transportation Institute, Texas A&M University System, College Station, Operations and Maintenance Group Chair Thomas J. Kazmierowski, Manager, Materials Engineering and Research Office, Ontario Ministry of Transportation, Toronto, Canada, Design and Construction Group Chair Ronald R. Knipling, Principal, safetyforthelonghaul.com, Arlington, Virginia, System Users Group Chair Mark S. Kross, Consultant, Jefferson City, Missouri, Planning and Environment Group Chair Joung Ho Lee, Associate Director for Finance and Business Development, American Association of State Highway and Transportation -
Ideal Gasses Is Known As the Ideal Gas Law
ESCI 341 – Atmospheric Thermodynamics Lesson 4 –Ideal Gases References: An Introduction to Atmospheric Thermodynamics, Tsonis Introduction to Theoretical Meteorology, Hess Physical Chemistry (4th edition), Levine Thermodynamics and an Introduction to Thermostatistics, Callen IDEAL GASES An ideal gas is a gas with the following properties: There are no intermolecular forces, except during collisions. All collisions are elastic. The individual gas molecules have no volume (they behave like point masses). The equation of state for ideal gasses is known as the ideal gas law. The ideal gas law was discovered empirically, but can also be derived theoretically. The form we are most familiar with, pV nRT . Ideal Gas Law (1) R has a value of 8.3145 J-mol1-K1, and n is the number of moles (not molecules). A true ideal gas would be monatomic, meaning each molecule is comprised of a single atom. Real gasses in the atmosphere, such as O2 and N2, are diatomic, and some gasses such as CO2 and O3 are triatomic. Real atmospheric gasses have rotational and vibrational kinetic energy, in addition to translational kinetic energy. Even though the gasses that make up the atmosphere aren’t monatomic, they still closely obey the ideal gas law at the pressures and temperatures encountered in the atmosphere, so we can still use the ideal gas law. FORM OF IDEAL GAS LAW MOST USED BY METEOROLOGISTS In meteorology we use a modified form of the ideal gas law. We first divide (1) by volume to get n p RT . V we then multiply the RHS top and bottom by the molecular weight of the gas, M, to get Mn R p T . -
MAXIMUM METABOLISM FOOD METABOLISM PLAN the MAXIMUM Hreshold Spinach Salad: 1 Cup Spinach, 1/2 Cup Mixed 6 Oz
THE MAXIMUM METABOLISM FOOD PLAN™ WEEK ONE SUNDAY MONDAY TUESDAY WEDNESDAY THURSDAY FRIDAY SATURDAY Breakfast 3/4 oz. multi-grain cereal 1/2 cup oatmeal 2 lite pancakes (4” diameter); use non-stick 1 slice of wheat toast; top with 1/2 cup 1 1/2 oz. low fat granola Apple cinnamon crepe: 1 wheat tortilla, Omelet: 3 egg whites, 1 cup mixed zucchini, 1/2 sliced banana or 3/4 cup sliced 1/2 tbs. raisins pan; top with 1/2 cup peaches or 1/2 banana nonfat cottage cheese and 1/2 sliced 1 cup nonfat milk 1/3 cup nonfat ricotta cheese, 1 apple green peppers, onions, and tomatoes, 12 oz. of water before breakfast strawberries 1/2 cup nonfat milk 1 tbs. reduced calorie syrup apple; sprinkle with 1 tsp. cinnamon 1/2 medium banana (sliced), 1 tsp. cinnamon, 1/2 tsp. vanilla 2 oz. reduced calorie cheese, and salsa 1/2 cup nonfat milk 1 medium apple 1/2 cup low fat maple yogurt extract; heat in skillet over low flame 1 slice wheat toast 1/2 cup nonfat milk 1 tsp. butter Mid-Morning Snack 12 oz. water 12 oz. water 12 oz. water 12 oz. water 12 oz. water 12 oz. water 12 oz. water 1/2 bagel 1/2 cup nonfat yogurt 1/2 cup low fat cottage cheese 1 cup nonfat flavored yogurt with 1 tsp. 1 cup flavored nonfat yogurt 1 cup flavored nonfat yogurt 1 cup flavored nonfat yogurt 1 tbs. nonfat cream cheese 1/2 cup pineapple chunks sliced almonds 1 tbs. -
The Relation of Metabolic Rate to Body Weight and Organ Size
Pediat.Res. 1: 185-195 (1967) Metabolism basal metabolic rate growth REVIEW kidney glomerular filtration rate body surface area body weight oxygen consumption organ growth The Relation of Metabolic Rate to Body Weight and Organ Size A Review M.A. HOLLIDAY[54J, D. POTTER, A.JARRAH and S.BEARG Department of Pediatrics, University of California, San Francisco Medical Center, San Francisco, California, and the Children's Hospital Medical Center, Oakland, California, USA Introduction Historical Background The relation of metabolic rate to body size has been a The measurement of metabolic rate was first achieved subject of continuing interest to physicians, especially by LAVOISIER in 1780. By 1839 enough measurements pediatricians. It has been learned that many quanti- had been accumulated among subjects of different tative functions vary during growth in relation to sizes that it was suggested in a paper read before the metabolic rate, rather than body size. Examples of Royal Academy of France (co-authored by a professor these are cardiac output, glomerular filtration rate, of mathematics and a professor of medicine and oxygen consumption and drug dose. This phenomenon science) that BMR did not increase as body weight may reflect a direct cause and effect relation or may be increased but, rather, as surface area increased [42]. a fortuitous parallel between the relatively slower in- In 1889, RICHET [38] observed that BMR/kg in rab- crease in metabolic rate compared to body size and the bits of varying size decreased as body weight increased; function in question. RUBNER [41] made a similar observation in dogs. Both The fact that a decrease in metabolism and many noted that relating BMR to surface area provided re- other measures of physiological function in relation to a sults that did not vary significantly with size. -
BASIC BODY COMPOSITION SCALE GET STARTED: Greatergoods.Com
BASIC BODY COMPOSITION SCALE GET STARTED: greatergoods.com/0391 CUSTOMER SUPPORT Email: [email protected] Phone: (866) 991-8494 Website: greatergoods.com Table of Contents Important Safety Notes 2 Introduction 3 Scale Description 4 Physical Features Measuring Units Setting the Measuring Unit Display Things To Know Before Using Your Scale 5 Measuring Auto-On Auto-Detection Press-Awake User Setup 6 Reading Your Results 7 For Best Results Typical Results 8 Body fat Water weight Muscle mass Bone density Troubleshooting 9 Cleaning, Maintenance, and Disposal 10 Technical Specifications 11 Manufacturer’s Warranty 13 1 Important Safety Notes Warnings • Never use, or allow others to use this unit in combination with the following medical electronic devices: • Medical electronic implants such as pacemakers • Electronic life support systems such as an artificial heart/lung • Portable electronic medical devices such as an electrocardiograph • This scale passes a harmless and unnoticeable electrical current through your body when taking a measurement. This electrical current is not felt while using the scale. This unit may cause the above mentioned medical devices to malfunction. • This product is not intended for use by pregnant women. • This product is not intended for use by infants, toddlers, and children under 10 years of age. • Do not step on the edge of the scale while getting on or off, otherwise it may tip. • Do not jump on scale. • Protect scale from hard knocks, temperature fluctuations and heat sources that are too close (e.g. Stoves, heating units). • Do not drop scale or drop any objects on it as this may damage the sensors. -
Classic Rock/ Metal/ Blues
CLASSIC ROCK/ METAL/ BLUES Caught Up In You- .38 Special Girls Got Rhythm- AC/DC You Shook Me All Night Long- AC/DC Angel- Aerosmith Rag Doll- Aerosmith Walk This Way- Aerosmith What It Takes- Aerosmith Blue Sky- The Allman Brothers Band Melissa- The Allman Brothers Band Midnight Rider- The Allman Brothers Band One Way Out- The Allman Brothers Band Ramblin’ Man- The Allman Brothers Band Seven Turns- The Allman Brothers Band Soulshine- The Allman Brothers Band House Of The Rising Sun- The Animals Takin’ Care Of Business- Bachman-Turner Overdive You Ain’t Seen Nothing Yet- Bachman-Turner Overdrive Feel Like Makin’ Love- Bad Company Shooting Star- Bad Company Up On Cripple Creek- The Band The Weight- The Band All My Loving- The Beatles All You Need Is Love- The Beatles Blackbird- The Beatles Eight Days A Week- The Beatles A Hard Day’s Night- The Beatles Hello, Goodbye- The Beatles Here Comes The Sun- The Beatles Hey Jude- The Beatles In My Life- The Beatles I Will- Beatles Let It Be- The Beatles Norwegian Wood (This Bird Has Flown)- The Beatles Ob-La-Di, Ob-La-Da- The Beatles Oh! Darling- The Beatles Rocky Raccoon- The Beatles She Loves You- The Beatles Something- The Beatles CLASSIC ROCK/ METAL/ BLUES Ticket To Ride- The Beatles Tomorrow Never Knows- The Beatles We Can Work It Out- The Beatles When I’m Sixty-Four- The Beatles While My Guitar Gently Weeps- The Beatles With A Little Help From My Friends- The Beatles You’ve Got To Hide Your Love Away- The Beatles Johnny B. -
Chapter 28 Pressure in Fluids
CHAPTER 28 PRESSURE IN FLUIDS EXERCISE 128, Page 281 1. A force of 280 N is applied to a piston of a hydraulic system of cross-sectional area 0.010 m 2 . Determine the pressure produced by the piston in the hydraulic fluid. force 280 N Pressure, p = = 28000Pa = 28 kPa area 0.010m2 That is, the pressure produced by the piston is 28 kPa 2. Find the force on the piston of question 1 to produce a pressure of 450 kPa. Pressure, p = 450 kPa = 450000 Pa force Pressure p = hence, force = pressure × area area = 4540000 × 0.010 = 4500 N = 4.5 kN 3. If the area of the piston in question 1 is halved and the force applied is 280 N, determine the new pressure in the hydraulic fluid. 0.010 New area = 0.005m2 2 force 280 N New pressure, p = = 56000Pa = 56 kPa area 0.005m2 331 © John Bird Published by Taylor and Francis EXERCISE 129, Page 283 1. Determine the pressure acting at the base of a dam, when the surface of the water is 35 m above base level. Take the density of water as 1000 kg/m 3 . Take the gravitational acceleration as 9.8 m/s 2 . Pressure at base of dam, p = gh = 1000 kg/m 3 9.8 m/s2 0.35 m = 343000 Pa = 343 kPa 2. An uncorked bottle is full of sea water of density 1030 kg/m 3 . Calculate, correct to 3 significant figures, the pressures on the side wall of the bottle at depths of (a) 30 mm, and (b) 70 mm below the top of the bottle.