January 22, 1975, at Probate Courtroom, St
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PERFORMED IDENTITIES: HEAVY METAL MUSICIANS BETWEEN 1984 and 1991 Bradley C. Klypchak a Dissertation Submitted to the Graduate
PERFORMED IDENTITIES: HEAVY METAL MUSICIANS BETWEEN 1984 AND 1991 Bradley C. Klypchak A Dissertation Submitted to the Graduate College of Bowling Green State University in partial fulfillment of the requirements for the degree of DOCTOR OF PHILOSOPHY May 2007 Committee: Dr. Jeffrey A. Brown, Advisor Dr. John Makay Graduate Faculty Representative Dr. Ron E. Shields Dr. Don McQuarie © 2007 Bradley C. Klypchak All Rights Reserved iii ABSTRACT Dr. Jeffrey A. Brown, Advisor Between 1984 and 1991, heavy metal became one of the most publicly popular and commercially successful rock music subgenres. The focus of this dissertation is to explore the following research questions: How did the subculture of heavy metal music between 1984 and 1991 evolve and what meanings can be derived from this ongoing process? How did the contextual circumstances surrounding heavy metal music during this period impact the performative choices exhibited by artists, and from a position of retrospection, what lasting significance does this particular era of heavy metal merit today? A textual analysis of metal- related materials fostered the development of themes relating to the selective choices made and performances enacted by metal artists. These themes were then considered in terms of gender, sexuality, race, and age constructions as well as the ongoing negotiations of the metal artist within multiple performative realms. Occurring at the juncture of art and commerce, heavy metal music is a purposeful construction. Metal musicians made performative choices for serving particular aims, be it fame, wealth, or art. These same individuals worked within a greater system of influence. Metal bands were the contracted employees of record labels whose own corporate aims needed to be recognized. -
Square Rectangle Triangle Diamond (Rhombus) Oval Cylinder Octagon Pentagon Cone Cube Hexagon Pyramid Sphere Star Circle
SQUARE RECTANGLE TRIANGLE DIAMOND (RHOMBUS) OVAL CYLINDER OCTAGON PENTAGON CONE CUBE HEXAGON PYRAMID SPHERE STAR CIRCLE Powered by: www.mymathtables.com Page 1 what is Rectangle? • A rectangle is a four-sided flat shape where every angle is a right angle (90°). means "right angle" and show equal sides. what is Triangle? • A triangle is a polygon with three edges and three vertices. what is Octagon? • An octagon (eight angles) is an eight-sided polygon or eight-gon. what is Hexagon? • a hexagon is a six-sided polygon or six-gon. The total of the internal angles of any hexagon is 720°. what is Pentagon? • a plane figure with five straight sides and five angles. what is Square? • a plane figure with four equal straight sides and four right angles. • every angle is a right angle (90°) means "right ang le" show equal sides. what is Rhombus? • is a flat shape with four equal straight sides. A rhombus looks like a diamond. All sides have equal length. Opposite sides are parallel, and opposite angles are equal what is Oval? • Many distinct curves are commonly called ovals or are said to have an "oval shape". • Generally, to be called an oval, a plane curve should resemble the outline of an egg or an ellipse. Powered by: www.mymathtables.com Page 2 What is Cube? • Six equal square faces.tweleve edges and eight vertices • the angle between two adjacent faces is ninety. what is Sphere? • no faces,sides,vertices • All points are located at the same distance from the center. what is Cylinder? • two circular faces that are congruent and parallel • faces connected by a curved surface. -
Applying the Polygon Angle
POLYGONS 8.1.1 – 8.1.5 After studying triangles and quadrilaterals, students now extend their study to all polygons. A polygon is a closed, two-dimensional figure made of three or more non- intersecting straight line segments connected end-to-end. Using the fact that the sum of the measures of the angles in a triangle is 180°, students learn a method to determine the sum of the measures of the interior angles of any polygon. Next they explore the sum of the measures of the exterior angles of a polygon. Finally they use the information about the angles of polygons along with their Triangle Toolkits to find the areas of regular polygons. See the Math Notes boxes in Lessons 8.1.1, 8.1.5, and 8.3.1. Example 1 4x + 7 3x + 1 x + 1 The figure at right is a hexagon. What is the sum of the measures of the interior angles of a hexagon? Explain how you know. Then write an equation and solve for x. 2x 3x – 5 5x – 4 One way to find the sum of the interior angles of the 9 hexagon is to divide the figure into triangles. There are 11 several different ways to do this, but keep in mind that we 8 are trying to add the interior angles at the vertices. One 6 12 way to divide the hexagon into triangles is to draw in all of 10 the diagonals from a single vertex, as shown at right. 7 Doing this forms four triangles, each with angle measures 5 4 3 1 summing to 180°. -
Interior and Exterior Angles of Polygons 2A
Regents Exam Questions Name: ________________________ G.CO.C.11: Interior and Exterior Angles of Polygons 2a www.jmap.org G.CO.C.11: Interior and Exterior Angles of Polygons 2a 1 Which type of figure is shown in the accompanying 5 In the diagram below of regular pentagon ABCDE, diagram? EB is drawn. 1) hexagon 2) octagon 3) pentagon 4) quadrilateral What is the measure of ∠AEB? 2 What is the measure of each interior angle of a 1) 36º regular hexagon? 2) 54º 1) 60° 3) 72º 2) 120° 4) 108º 3) 135° 4) 270° 6 What is the measure, in degrees, of each exterior angle of a regular hexagon? 3 Determine, in degrees, the measure of each interior 1) 45 angle of a regular octagon. 2) 60 3) 120 4) 135 4 Determine and state the measure, in degrees, of an interior angle of a regular decagon. 7 A stop sign in the shape of a regular octagon is resting on a brick wall, as shown in the accompanying diagram. What is the measure of angle x? 1) 45° 2) 60° 3) 120° 4) 135° 1 Regents Exam Questions Name: ________________________ G.CO.C.11: Interior and Exterior Angles of Polygons 2a www.jmap.org 8 One piece of the birdhouse that Natalie is building 12 The measure of an interior angle of a regular is shaped like a regular pentagon, as shown in the polygon is 120°. How many sides does the polygon accompanying diagram. have? 1) 5 2) 6 3) 3 4) 4 13 Melissa is walking around the outside of a building that is in the shape of a regular polygon. -
(NON-FILTER) KS FSC Cigarettes: Premiu
PELICAN STATE WHOLESALE: PRODUCT LIST Code Product Category 91001 91001 AM SPRIT CIGS TAN (NON‐FILTER) KS FSC Cigarettes: Premium 91011 91011 AM SPRIT CIGS LIME GRN MEN MELLOW FSC Cigarettes: Premium 91010 91010 AM SPRIT CIGS BLACK (PERIQUE)BX KS FSC Cigarettes: Premium 91007 91007 AM SPRIT CIGS GRN MENTHOL F BDY BX KS Cigarettes: Premium 91013 91013 AM SPRIT CIGS US GRWN BRWN MELLOW BXKS Cigarettes: Premium 91009 91009 AM SPRIT CIGS GOLD MELLOW ORGANIC B KS Cigarettes: Premium 91002 91002 AM SPRIT CIGS LT BLUE FL BODY TOB BX K Cigarettes: Premium 91012 91012 AM SPRIT CIGS US GROWN (DK BLUE) BX KS Cigarettes: Premium 91004 91004 AM SPRIT CIGS CELEDON GR MEDIUM BX KS Cigarettes: Premium 91003 91003 AM SPRIT CIGS YELLOW (LT) BX KS FSC Cigarettes: Premium 91005 91005 AM SPRIT CIGS ORANGE (UL) BX KS FSC Cigarettes: Premium 91008 91008 AM SPRIT CIGS TURQ US ORGNC TOB BX KS Cigarettes: Premium 92420 92420 B & H PREMIUM (GOLD) 100 Cigarettes: Premium 92422 92422 B & H PREMIUM (GOLD) BOX 100 Cigarettes: Premium 92450 92450 B & H DELUXE (UL) GOLD BX 100 Cigarettes: Premium 92455 92455 B & H DELUXE (UL) MENTH BX 100 Cigarettes: Premium 92440 92440 B & H LUXURY GOLD (LT) 100 Cigarettes: Premium 92445 92445 B & H MENTHOL LUXURY (LT) 100 Cigarettes: Premium 92425 92425 B & H PREMIUM MENTHOL 100 Cigarettes: Premium 92426 92426 B & H PREMIUM MENTHOL BOX 100 Cigarettes: Premium 92465 92465 CAMEL BOX 99 FSC Cigarettes: Premium 91041 91041 CAMEL BOX KS FSC Cigarettes: Premium 91040 91040 CAMEL FILTER KS FSC Cigarettes: Premium 92469 92469 CAMEL BLUE BOX -
Q2 2011 Full Announcement
2011 FIRST HALF YEAR RESULTS CONTINUING GOOD PROGRESS DESPITE DIFFICULT MARKETS First Half Highlights • Strong second quarter underlying sales growth 7.1%; first half underlying sales growth 5.7% comprising volume growth 2.2% and price growth 3.5%. • Turnover up 4.1% at €22.8 billion with a negative impact from foreign exchange of 1.6%. • Underlying operating margin down 20bps; impact of high input cost inflation mitigated by pricing and savings. Stepped-up continuous improvement programmes generated efficiencies in advertising and promotions and led to lower indirect costs. • Advertising and promotions expenditure, at around €3 billion, was higher than the second half of 2010 but down 150bps versus the exceptionally high prior year comparator. • Fully diluted earnings per share up 10% at €0.77. • Integration of Sara Lee brands largely complete and Alberto Culver progressing rapidly. The acquisition of the laundry business in Colombia completed. Chief Executive Officer “We are making encouraging progress in the transformation of Unilever to a sustainable growth company. In a tough and volatile environment we have again delivered strong growth. Volumes were robust and in line with the market, despite having taken price increases. This shows the strength of our brands and innovations. Our emerging markets business continues to deliver double digit growth. Performance in Western Europe was also strong in the second quarter so that the half year results reflect the true progress we have been making. Bigger and better innovation rolled out faster and moving our brands into white spaces continue to be the biggest drivers of growth. We are now striving to go further and faster still. -
Petrie Schemes
Canad. J. Math. Vol. 57 (4), 2005 pp. 844–870 Petrie Schemes Gordon Williams Abstract. Petrie polygons, especially as they arise in the study of regular polytopes and Coxeter groups, have been studied by geometers and group theorists since the early part of the twentieth century. An open question is the determination of which polyhedra possess Petrie polygons that are simple closed curves. The current work explores combinatorial structures in abstract polytopes, called Petrie schemes, that generalize the notion of a Petrie polygon. It is established that all of the regular convex polytopes and honeycombs in Euclidean spaces, as well as all of the Grunbaum–Dress¨ polyhedra, pos- sess Petrie schemes that are not self-intersecting and thus have Petrie polygons that are simple closed curves. Partial results are obtained for several other classes of less symmetric polytopes. 1 Introduction Historically, polyhedra have been conceived of either as closed surfaces (usually topo- logical spheres) made up of planar polygons joined edge to edge or as solids enclosed by such a surface. In recent times, mathematicians have considered polyhedra to be convex polytopes, simplicial spheres, or combinatorial structures such as abstract polytopes or incidence complexes. A Petrie polygon of a polyhedron is a sequence of edges of the polyhedron where any two consecutive elements of the sequence have a vertex and face in common, but no three consecutive edges share a commonface. For the regular polyhedra, the Petrie polygons form the equatorial skew polygons. Petrie polygons may be defined analogously for polytopes as well. Petrie polygons have been very useful in the study of polyhedra and polytopes, especially regular polytopes. -
Iodopropynyl Butylcarbamate
IODOPROPYNYL BUTYLCARBAMATE Your patch test result indicates that you have a contact allergy to iodopropynyl butylcarbamate. This contact allergy may cause your skin to react when it is exposed to this substance although it may take several days for the symptoms to appear. Typical symptoms include redness, swelling, itching, and fluid-filled blisters. Where is iodopropynyl butylcarbamate found? This substance is used in the cosmetic industry as a preservative. Additionally, iodopropynyl butylcarbamate is used as a fungicide and bactericide for wood and paint preservation. How can you avoid contact with iodopropynyl butylcarbamate? Avoid products that list any of the following names in the ingredients: • 3-Iodo-2-propynyl butylcarbamate • Troysan polyphase anti-mildew • CAS RN: 55406-53-6 • Woodlife What are some products that may contain iodopropynyl butylcarbamate? Bar Soaps: Household Products: • Aveeno Acne Treatment Bar • Bug Geta Plus Snail, Slug & Insect Killer • Aveeno Balancing Bar for Combination Skin • Duron Ultra Deluxe Exterior Acrylic Latex Flat, • Aveeno Moisturizing Bar for Dry Skin Accent Base • Duron Ultra Deluxe Exterior Acrylic Latex Flat, Deep Base Body Washes: • Duron Ultra Deluxe Exterior Acrylic Latex Flat, • Dove Sensitive Skin Moisturizing Body Wash, New High Hiding White • Herbal Essence Body Wash (Dry Skin and Normal) • Duron Ultra Deluxe Exterior Acrylic Latex Flat, • Herbal Essence Fruit Fusions Moisturizing Body Wash Intermediate Base • Herbal Essence Ultra Rich Moisturizing Body Wash • Duron Ultra Deluxe -
Chemicals Used in the Household
Supplementary Information An Approach for Prioritizing “Down-the-Drain” Chemicals Used in the Household The questionnaire: Please list up to 10 products you most frequently use in the bathroom and kitchen. These should be: • Cleaning products in the kitchen (such as dishwashing liquid, dishwasher powder, fabric conditioner, disinfectant) • Cleaning products in the bathroom (such as bleach, lime scale remover) • Personal care products (such as shampoo, hair conditioner, toothpaste, deodorant, cream soap, soap and body cream) Please identify the product, along with the brand and the exact name of the product. For each of these, please tick how often (daily, weekly or montly) and how much (0–10, 10–100 or >100 mL (or g)) of the product is used each day/week/month. Two examples are given below. Frequency Quantity Used Each Day/Week/Month Product Brand 0–10 mL 1–100 mL >100 mL Daily Weekly Monthly (or g) (or g) (or g) Dishwashing liquid FAIRY clean and fresh (apple and orchard) Toothpaste SENSODYNE Daily care 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. Int. J. Environ. Res. Public Health 2015, 12 S2 Table S1. The 26 different hand wash gels as reported by the respondents who used these products, in order of decreasing average use. Frequency Estimate of Use (mL) Average Use Brand Full Description Users Daily 0–10 10–100 >100 L·per-1·yr-1 Palmolive Milk and Honey 4 4 4 0.83 Simple Kind to Skin (Antibacterial) 3 3 1 2 0.62 Cien Water Lily and Lotus 2 2 2 0.42 Dove Beauty Cream Wash 2 2 2 0.42 (Cussons) Protect Plus Carex 2 2 1 1 0.23 (Antibacterial) Dettol -
Angles of Polygons
5.3 Angles of Polygons How can you fi nd a formula for the sum of STATES the angle measures of any polygon? STANDARDS MA.8.G.2.3 1 ACTIVITY: The Sum of the Angle Measures of a Polygon Work with a partner. Find the sum of the angle measures of each polygon with n sides. a. Sample: Quadrilateral: n = 4 A Draw a line that divides the quadrilateral into two triangles. B Because the sum of the angle F measures of each triangle is 180°, the sum of the angle measures of the quadrilateral is 360°. C D E (A + B + C ) + (D + E + F ) = 180° + 180° = 360° b. Pentagon: n = 5 c. Hexagon: n = 6 d. Heptagon: n = 7 e. Octagon: n = 8 196 Chapter 5 Angles and Similarity 2 ACTIVITY: The Sum of the Angle Measures of a Polygon Work with a partner. a. Use the table to organize your results from Activity 1. Sides, n 345678 Angle Sum, S b. Plot the points in the table in a S coordinate plane. 1080 900 c. Write a linear equation that relates S to n. 720 d. What is the domain of the function? 540 Explain your reasoning. 360 180 e. Use the function to fi nd the sum of 1 2 3 4 5 6 7 8 n the angle measures of a polygon −180 with 10 sides. −360 3 ACTIVITY: The Sum of the Angle Measures of a Polygon Work with a partner. A polygon is convex if the line segment connecting any two vertices lies entirely inside Convex the polygon. -
Product Catalog
2018 OUR PRODUCT LINE INCLUDES: • Automotive Merchandise • Beverages • Candy • Cigarettes • Cigars • Cleaning Supplies • Dry Groceries • General Merchandise • Health & Beauty Care • Hookah • Medicines • Smoking Accessories • Snacks • Store Supplies • Tobacco Since 1941, James J. Duffy Inc. has been servicing retailers in Eastern Massachusetts with quality candy and tobacco products at a first class level of service you will only find in a family business that has been in business for 4 generations. This past year we have been striving to upgrade our technology to better serve you, our business partners. We have upgraded computers, software, and have added online ordering. Our mission is to provide quality service at an affordable price to all of our customers. Our staff will conduct themselves at all times in a professional manner and assist our retailers where needed. We will strive to expand our product lines to make available the latest items. Our passion to succeed and improve can only be achieved by our customer’s success. TO PLACE AN ORDER OR CONTACT A DUFFY SALESPERSON: CALL 617-242-0094 FAX 617-242-0099 EMAIL [email protected] WEB www.jamesjduffy.com Page 2 • James J. Duffy Inc. • 617-242-0094 • 781-219-0000 • www.jamesjduffy.com INDEX 1. Candy .25 30. Deodorants 1. Novelties 30. Shaving 6. Gum 31. Oral Hygiene 7. Mints 31. Personal Care 7. Count Goods 32. Body Lotion 11. Cough Drops 32. Hair Products 11. Antacids 33. Body Care 11. Changemakers 33. Cleaning Supplies 12. Peg Bags 34. Detergents 13. King Size 35. Plastic Bags 14. Sathers 35. Paper Bags 14. -
Pentagon Fuel Use, Climate Change, and the Costs of War
Pentagon Fuel Use, Climate Change, and the Costs of War Neta C. Crawford1 Boston University Updated and Revised, 13 November 20192 Summary If climate change is a “threat multiplier,” as some national security experts and members of the military argue, how does the US military reduce climate change caused threats? Or does war and the preparation for it increase those risks? In its quest for security, the United States spends more on the military than any other country in the world, certainly much more than the combined military spending of its major rivals, Russia and China. Authorized at over $700 billion in Fiscal Year 2019, and with over $700 billion requested for FY2020, the Department of Defense (DOD) budget comprises more than half of all federal discretionary spending each year. With an armed force of more than two million people, 11 nuclear aircraft carriers, and the world’s most advanced military aircraft, the US is more than capable of projecting power anywhere in the globe, and with “Space Command,” into outer space. Further, the US has been continuously at war since late 2001, with the US military and State Department currently engaged in more than 80 countries in counterterror operations.3 All this capacity for and use of military force requires a great deal of energy, most of it in the form of fossil fuel. As General David Petraeus said in 2011, “Energy is the lifeblood of our warfighting capabilities.”4 Although the Pentagon has, in recent years, increasingly 1 Neta C. Crawford is Professor and Chair of Political Science at Boston University, and Co-Director of the Costs of War project at Brown and Boston Universities.