Why Do We Love Sweets? © November/December 2016 Contents

Total Page:16

File Type:pdf, Size:1020Kb

Why Do We Love Sweets? © November/December 2016 Contents Teacher’s Guide MAGAZINE ARTICLES A Taste of Sweet 6 Expository NonfictionWhy 860L Do I Love Sugar 12 Expository Nonfiction 900L What’s Diabetes? 18 Expository NonfictionWe 470LLove Sugar Birds 22 Expository Nonfiction 970L Can I Eat Sweets?That Window? 24 Expository Nonfiction 920L Candy Cane Twist 25 Expository Nonfiction 1010L Ask: Why Do We Love Sweets? © November/December 2016 Contents Teacher’s Guide for Ask: OVERVIEW Why Do We Love Sweets? In this magazine, readers will learn all about Using This Guide 2 sugar. Ask: Why Do We Love Why Do Skills and Standards Overview 3 We Love Sweets? includes Sweets? information about hummingbirds, Article Guides 4 sugar glass, and candy canes, the history and science of sugar, and life with diabetes. Cross-Text Connections 10 Mini-Unit 11 Graphic Organizers 14 Appendix: Meeting State and National Standards 16 ESSENTIAL QUESTION: What are the characteristics and effects of sugar? 1 Ask: Why Do We Love Sweets? © November/December 2016 Using This Guide We invite you to use this magazine as a flexible teaching tool, ideal for providing interdisciplinary instruction of social studies and science content as well as core literacy concepts Find practical advice for teaching individual articles or use a mini-unit that helps your students make cross-text connections as they integrate ideas and information READ INDIVIDUAL ARTICLES PAGES 4 – 9 Each article in this magazine is well-suited for teaching literacy concepts and content area knowledge For each individual article in this guide, you’ll find the following: Prepare to Read Essential Question CCSS Speaking and Listening 1, 2, 4 Content Concepts C3 Framework for Social Studies Close Reading and Text Analysis Next Generation Science Standards CCSS Reading 1-10 Key Vocabulary Writing/Speaking and Listening CCSS Reading 4 CCSS Writing 1, 2, 3 & 6 CCSS Speaking and Listening 1, 2, 4 TEACH A MINI-UNIT PAGES 11 – 13 SCIENCE Magazine articles can easily be grouped to make cross-text connections and comparisons Our Mini-Unit allows students to read and discuss multiple articles and integrate ideas and information (CCSS Reading 9) Discussing multiple articles (CCSS Reading 9) prepares students to write texts to share and CORE publish in a variety of ways (CCSS Writing 2) LITERACY ARTICLES 2 Ask: Why Do We Love Sweets? © November/December 2016 Skills and Standards Overview Essential Question: What are the characteristics and effects of sugar? MAGAZINE SCIENCE & SOCIAL LITERACY CORRESPONDING CCSS ARTICLES STUDIES SKILLS ANCHOR STANDARDS A Taste of Sweet People have used and are using • Close Reading Reading 1, 2, 3, 5 & 7 Expository Nonfiction natural and human resources to • Analyze Text Structure Speaking & Listening 1 produce goods • Interpret Visual Information • Collaborate I Love Sugar Food is digested to release • Close Reading Reading 1, 3, 6 & 7 Expository Nonfiction the energy animals need to • Interpret Visual Writing 7 Information maintain body warmth and to • Analyze Author’s move Purpose • Keep a Nutrition Journal What’s Diabetes? Food is digested to release • Close Reading Reading 1 & 6 Expository Nonfiction the energy animals need to • Analyze Point of View Speaking & Listening 1 • Analyze Author’s maintain body warmth and to Purpose move • Present a Scene Sugar Birds Animals use their external parts • Close Reading Reading 1, 4 & 7 Expository Nonfiction to help them survive, grow, and • Interpret Visual Writing 3 meet their needs Information • Interpret Figurative Language • Write a Poem Can I Eat That Window? Matter can be changed by • Close Reading Reading 1, 2, 4 & 7 Expository Nonfiction heating and cooling • Interpret Visual Speaking & Listening 4 Information • Interpret Word Choice • Explain a Procedure Candy Cane Twist Matter can be changed by • Close Reading Reading 1, 2, 5 & 7 Expository Nonfiction heating and cooling • Interpret Visual Writing 1 Information • Analyze Text Structure • Write an Advertisement Comparing Texts: Reading 1, 2, 3 & 9; Writing 2, 7 & 8 Mini-Unit: Reading 1, 3 & 9; Writing 1, 5, 7, 8 & 9; Speaking and Listening 4 3 Ask: Why Do We Love Sweets? © November/December 2016 ARTICLE: A Taste of Sweet Magazine pages 6 - 11, Expository Nonfiction Can you imagine a art by Michael Chesworth A Taste of Sweet world without sugar? weetest tastes people knew were fruit and—sometimes, I cannot! times, the s if they we n cient re luck In a y—a Gift of little oneybees make ho ne the Bees Look, honey from the y. our bees have sweet, sugary nectar 860 been busy. Sweet H Gift of the Trees honey, and wax for of flowers. As the bees fly candles too! Maybe this from flower to flower, they will go all the way to Rome, sip a little nectar from Before Europeans came, to make delicacies for North America had no the rich folks—honey each. They suck it in and honeybees. But some ham, dates in honey, out to make it thicker. Then native American peoples baklava... they fly back to the hive and figured out how to get sugar from trees instead. spit the nectar into a little wax Were bees bigger back In the early spring they Find out about the origins of different sources of sugar— cell of the honeycomb. Many more then? cut gashes into the bark bees add their nectar. Other bees beat of a sugar maple tree. their wings to fan air over the comb. Then they caught the As the water evaporates, it leaves sap in a bucket, left it behind a thick golden liquid—honey. out to freeze, and broke It takes nectar from over 500 flowers off the watery ice. At the bottom was a sweet honey, maple syrup, cane sugar, and sugar beets to make just one teaspoon of honey. brown liquid—maple See, trees Bees eat the honey during the winter, syrup. They may are all you when there are no flowers. have learned this need! Not all bees make honey—only Beehives come in many shapes and sizes. trick by tasting the Ancient Egyptians shaped theirs like hollow sweet icicles of frozen honeybees, a family of bees native logs. Medieval beekeepers liked a cone shape. Bees themselves aren’t picky. sap that formed on to Asia, Africa, and Europe. Long broken branches. ago, humans raided wild bee nests Gashing the bark hurts to get the sweet honey. Eventually Honey was traded all over Europe trees, so now maples are tapped by putting a they began setting up hollow logs and and the Middle East. It was delicious, spout in the side. boxes to lure bees. Many farmers kept never spoiled, and even helped exile Score: exile a beehive or two, for honey and so the wounds heal. People used it in baking, Native Americans poured Don’t bees know maple syrup onto snow it’s nice to share? bees would pollinate their crops. art © 2016 by Michael Chesworth as a medicine, and to preserve food. to get a chewy, tasty treat. L 6 a s k ask 7 ESSENTIAL PREPARE TO READ QUESTION Show students a container or an image of honey Ask if they know where What are the characteristics and effects of sugar? honey comes from Then, show some table sugar or an image of table sugar Ask students if they know where table sugar comes from Tell students that they will learn about honey and table sugar, as well as other types of sugar CORE CONTENT CONCEPT Social Studies People have used and are using natural and human CLOSE READING AND TEXT ANALYSIS resources to produce goods Key Ideas • How do honeybees make honey? Use information from the article to summarize the steps CCSS Reading 2 CROSS-CURRICULAR • Use a Venn diagram (p 15) to compare and contrast the information about EXTENSION sugar cane and sugar beets Cite text details in the diagram CCSS Reading 3 Geography Locate on a world map • What information in the article supports the idea that people love sugar? Use the places to which sugar cane details from the text to support your response CCSS Reading 1 spread from New Guinea Craft and Structure • Analyze Text Structure How do the titles of each section prepare you to read KEY VOCABULARY those sections? What information do they give you? CCSS Reading 5 • Interpret Visual Information Work in a group to study the photos and evaporates (p. 6) changes from a discuss how they help you understand the information presented in the text liquid into a gas What do all of these photos have in common that is especially helpful for native (p. 6) produced, living, or viewing tiny things? CCSS Reading 7 existing naturally in a particular region plantation (p. 9) a large area of land, especially in a hot part of the SPEAKING AND LISTENING world, where crops (such as cotton) are grown Collaborate With a group of classmates, take turns asking and answering questions about the article Use the words who, what, why, where, when, and how Use details and information in the article to answer questions 4 Ask: Why Do We Love Sweets? © November/December 2016 ARTICLE: I Love Sugar Magazine pages 12 - 17, Expository Nonfiction I Sugar or in the sugar bowl? in their milk as babies. by Elizabeth Preston art by Amanda Shepherd That’s sucrose. Brown But some people grow sugar, powdered sugar, up to be “lactose intol- Mmm....Why do we love sugar so much? and molasses are erant,” which means sucrose too. Most of the their bodies can’t digest sucrose we eat comes this sugar anymore. 3 teaspoons 900 rom chocolate Building Sweet the simple sugars can from sugar beets and High-fructose corn natural sugar H cookies to crisp, “Sugar” is the name for be found in plants.
Recommended publications
  • Thermal Behavior Characterization of a Sugar-Based Model System and Commercial Confections Across the Stages of Sugar Cooking
    THERMAL BEHAVIOR CHARACTERIZATION OF A SUGAR-BASED MODEL SYSTEM AND COMMERCIAL CONFECTIONS ACROSS THE STAGES OF SUGAR COOKING BY MELISSA WANG THESIS Submitted in partial fulfillment of the requirements for the degree of Master of Science in Food Science and Human Nutrition with a concentration in Food Science in the Graduate College of the University of Illinois at Urbana-Champaign, 2017 Urbana, Illinois Adviser: Professor Shelly J. Schmidt Abstract The stages of sugar cooking, although long-existing and widespread in the confection industry, are lacking in thermal behavior profile descriptions, which are crucial to confection functionality. Thermal behavior parameters, such as the glass transition temperature (Tg), are indicative of confection material structure and textural behavior. Tg plays an important role in governing the quality and shelf life of sugar-based confection, and is influenced by moisture content, formulation, and other factors. This study aimed to connect thermal behavior parameters to the stages of sugar cooking. Thus, the objective of this research was to investigate the thermal behavior of the six stages of sugar cooking, as well as representative commercial confections from each stage. A model sugar-based confectionery system was developed and representative commercial confections belonging to each stage of sugar cooking were selected. The model system consisted of a 70:30 ratio of sucrose to corn syrup and a 70:30 ratio of solids to moisture. To investigate the thermal behavior of the stages of sugar cooking, differential scanning calorimetry (DSC), moisture content, and water activity analyses were conducted for the model system and representative commercial confections. The average Tg midpoint of the model system increased from thread to hard crack stage, corresponding to loss of water from increased cooking time and temperature.
    [Show full text]
  • Caramelization Processes in Sugar Glasses and Sugar Polycrystals
    New Physics: Sae Mulli (The Korean Physical Society), DOI: 10.3938/NPSM.62.761 Volume 62, Number 7, 2012¸ 7Z4, pp. 761∼767 Caramelization Processes in Sugar Glasses and Sugar Polycrystals Jeong-Ah Seo · Hyun-Joung Kwon · Dong-Myeong Shin · Hyung Kook Kim · Yoon-Hwae Hwang∗ Department of Nanomaterials Engineering & BK21 Nano Fusion Technology Division, Pusan National University, Miryang 627-706 (Received 3 April 2012 : revised 3 June 2012 : accepted 2 July 2012) We studied the chemical dehydration processes due to the caramelization in sugar glasses and sugar polycrystals. The dehydration processes of three monosaccharide sugars (fructose, galactose, and glucose) and three disaccharide sugars (sucrose, maltose, and trehalose) were compared by using a thermogravimetic-differential thermal analyzer to measure the mass reduction. The amounts of mass reductions in sugar glasses were larger than those in sugar polycrystals. However, the amount of mass reduction in trehalose glasses was smaller than that in trehalose polycrystals. This unique dehydration property of trehalose glasses may be related to the high glass transition temperature, which might be related to a superior bioprotection ability of trehalose. PACS numbers: 87.14.Df, 81.70.Pg, 64.70.P Keywords: Dehydration, Caramelization, Sugar glass, Trehalose, Disaccharide I. INTRODUCTION higher than that of other disaccharides [6,7]. Therefore, the viscosity of trehalose is higher than that of other There are many strategies in nature for the long-term sugars at a given temperature. Several researchers have survival and storage of organisms, and a bio-protection pointed out that the high glass-transition temperature of effect is one of the most interesting among those long- trehalose may contribute to the preservation of biologi- term survival and storage mechanisms.
    [Show full text]
  • Making Sugar Into Glass
    Glass KS2: Making sugar into glass Lesson Objective: To make some sugar glass and learn about the properties of glass. Science National Curriculum links: Y3 Science: Light – recognise that they need light to see things and that dark is the absence of light; notice that light is reflected from surfaces. Y4 Science: States of matter – compare and group materials together, according to whether they are solids, liquids or gases; observe that some materials change state when they are heated or cooled. Y5 Science: Properties and changes of materials – Give reasons, based on comparative and fair tests, for the particular uses of everyday materials. Y6 Science: Light – recognise that light travels in straight lines. Resources: • 790g granulated sugar • 475ml water • 240ml light corn syrup • ¼ tsp cream of tartar • Saucepan • Hob or camping stove • Silicone spatula • Confectionery or jam thermometer • Baking sheet • Aluminium foil or cooking spray Time required: 60 mins plus 60 mins cooling NOTE: this activity heats sugar to high temperatures so ensure proper adult supervision is available. You may want to carry out this activity as a class demonstration. Introduction to Activity: One of the wonderful properties of glass is that it is brittle and so breaks into lots of little shards. These shards are sharp and dangerous, so alternatives had to be found for doing stunts in films. The answer is to use sugar! Breakaway or sugar glass can be formed into many different shapes, looks and sounds like glass and when it breaks it does not cause injury – ideal for action films! In this activity your class will make some sugar glass of your own! Main Activity: Firstly, prepare a large baking sheet, line the bottom with a spray of cooking oil or a piece of aluminium foil and put to one side.
    [Show full text]
  • Shakes Cocktails Hot Drinks Beers Soft Drinks Wine
    LONG ISLAND ICE TEA 6.00 Five white spirits, lemon juice & cola WINE COCKTAILS TEXAN CREAM SODA 5.30 FIREBALLER 5.95 Titos Handcrafted Texan vodka with WHITE 175ml 250ml Bottle Fireball cinnamon whiskey with lime juice and Soda Folk Cream Soda SHORT MILE BAY SAUVIGNON Australia 4.95 6.35 17.95 cloudy apple and rhubarb CHERRY COLA 5.30 A succulent Sauv with a crisp citrus finish Old J Cherry, fresh lime & cola RHUBARB & HIBISCUS HIBALL 5.95 KLEINE ZALZE CHENIN BLANC South Africa 5.20 6.90 19.50 RUM PUNCH 6.95 Titos Handcrafted Texan vodka with One of the best examples of a Chenin we could get our hands on. Pusser, Morgan’s Spiced Rum, Amaretto, Rhubarb & Hibiscus tonic Baked apple balanced with citrus and honey melon pineapple juice, orange juice, lime & ginger QUINDI PINOT GRIGIO Italy 5.45 7.35 21.65 syrup NEGRONI 5.95 This wine is way too drinkable! KIR ROYALE 6.25 Soft, crisp and a finish that leaves you wanting more Campari, Martini Rosso, Beefeater Gin Prosecco & Chambord VAVASOUR SAUVIGNON BLANC New Zealand 5.95 7.75 23.45 ESPRESSO MARTINI 6.25 What New Zealand is famous for: heaps of FRENCH 75 6.55 character with tropical fruit on the finish Absolut Vanilla vodka shaken with Beefeater gin, lemon juice, sweetened cold brew coffee Prosecco & a dash of sugar ERRAZURIZ CHARDONNAY Chile 6.25 8.45 25.95 Rich, buttery and soft as a tender embrace AMARETTO SOUR 5.95 RHUBARB GIN FIZZ 5.95 Amaretto, lemon juice, egg white and sugar Beefeater Gin, rhubarb purée, lemon juice, egg white & sugar RED 175ml 250ml Bottle MOJITO 6.10 GODFATHER SOUR
    [Show full text]
  • Happy Hour & Mimosas $5 Every Day 7Am - Noon $5
    Select Cocktails, Happy Select Cocktails, Martinis, Margaritas, Martinis, Margaritas, Wines, & Frozen Drinks Hour Wines, & Frozen Drinks $6 Monday - Friday • 3-7 pm $6 Beer Craft Beers $5.25 Resurrection (12oz CAN, Brewer’s Art Balto.) Loose Cannon (IPA, Heavy Seas) Doggie Style (APA, Flying Dog Brewery) Samuel Adams (Lager, Boston Beer Co) Angry Orchard (Cider, Boston Beer Co) Domestic Premium Imports $4.25 $5.25 Natty Boh (16oz Can) - Bud Light - Miller Lite Peroni - Stella Artois - Blue Moon Yuengling - Odoul’s (non-alcoholic) Guinness Stout - Corona Extra - Heineken Wines Dry White Glass Bottle Dry Red Chardonnay, CA’DONINI (Italy) 8.00 28.00 Cabernet Sauvignon, FOLONARI (Italy) 9.50 35.00 A great seafood wine. Pairs well with grilled fish, crab cakes, Well matched with red meats, especially char-grilled steak and smoked foods poultry and creamy pasta dishes. Cabernet Sauvignon, KUNDE (Sonoma Valley) 11.50 44.00 Chardonnay, JOSH CELLARS (California) 9.00 32.00 Bouquet of black currant, cinnamon and berries. Good balance, uplifting acidity & a low finish of pear & creme brulée Merlot, Josh Cellars (California) 9.50 35.00 Pinot Grigio SANTA MARGHERITA (Italy) 12.50 48.00 A pop of ripe plum and berry flavors yet mellow. Great with a pink and juicy Ideal with seafood or shellfish salads, pasta and rice dishes char-grilled steak. Bouquet ripe plum, cassis, sage & subtle cedar Pinot Grigio, Spasso (Italy) 8.00 28.00 Merlot, FOLONARI (Italy) 9.00 32.00 Great alongside seafood, light pastas and pork dishes Bright red with berry driven character, a little spicy and hints of vanilla Semi-Sweet Shiraz, ROSEMOUNT ESTATES (S.
    [Show full text]
  • Holiday Inspiration 2017
    Holiday Inspiration 2017 www.footerscatering.com 303.762.1410 [email protected] Be Inspired We hope our seasonal menus inspire Love What You Do your perfect holiday celebration! With your vision in mind, our full service team will take care of the rest: That is our mission at Footers Catering. We are committed to creating a great place • Customized menu with your favorite items by our Culinary Crusaders to work because we believe that when our • Exceptional service from set-up to clean-up by our Hospitality Heroes Perfect seasonal cocktails from our Mix Masters team loves what they do, they are just as • • On-site cooking by our talented Chefs de Par-Tay excited about our events as you are. • Timeline, diagram and vendor planning with our Detailed Divas • Linen, rental and decor coordination by our Production Team From customizing your perfect menu to Every event is unique and we specialize in designing proposals around handling special requests with a smile, our your specific needs. For general planning purposes, all-inclusive pricing team will work hard and have fun creating an with complete menu, hospitality team, bar service (alcohol not included), chefs to cook all menu items fresh on-site, rentals, linen and unforgettable event for you and your guests! applicable tax and surcharge, is estimated in the following ranges: • Cocktail Receptions - $50-$70 per guest • Buffet or Station Receptions - $60-$80 per guest • Plated or Family-Style Receptions - $70-$90 per guest Our Event Coordinators would love to discuss how we can help
    [Show full text]
  • UPC Brand Name Description 070074577548
    UPC Brand Name Description Ensure Original Nutrition Shake, 070074577548 Abbott Laboratories Chocolate, 8 Fl Oz (24 pack) Ensure Original Nutrition Shake, 070074536675 Abbott Laboratories Strawberry 8 Fl oz, (24 pack) Ensure Original Nutrition Shake, 070074577531 Abbott Laboratories Vanilla 8 fl. oz., (24 pack) All Beverage 897740000045 Corporation Thurst Burst All Beverage Thurst Burst Blue Raspberry Sport 897740000038 Corporation Cap 16fl oz(24 pack) Boylan Bottling Co Diet Black Cherry 760712142008 Boylan Soda, 12 Ounce - 24 per case Boylan Bottling Co Diet Creme Soda, 760712152007 Boylan 12 Ounce - 24 per case. Boylan Bottling Co Raspberry Seltzer, 760712442009 Boylan 12 Ounce -- 24 Per Case Boylan Bottling Co Pure Seltzer, 12 760712112001 Boylan Ounce -- 24 Per Case Boylan Bottling Co Seasonal 760712561007 Boylan Sparkling Cider , 12 Ounce-24 Boylan Bottling Co Diet Root Beer 760712102002 Boylan Soda 12foz (pack Of 24) 760712812000 Boylan Boylan Mash - Lemon Peel & Ginger Root - 20 oz Plastic Bottles (15 Pack) Campbell Soup V8 Vegetable Juice, Original, 11.5 Fl 051000185600 Company Oz, 28 Ct Campbell Soup V-8 Splash, Berry Blend, 16oz Bottle, 051000146533 Company (12 pack) Campbell Soup V8 Splash Fruit Beverage, 16 Fl Oz 051000146632 Company (12 Pack) Campbell Soup V-8 Splash, Strawberry Kiwi, 16fl oz 051000146557 Company (12 pack) Campbell Soup V8 Splash, Tropical Blend, 16fl oz (12 051000146540 Company pack) Coca-Cola - Classic 33.80 fl oz or 1 049000005226 Coca-Cola liter (pack of 12) Minute Maid Fruit Punch 20 oz (pack 025000058028 Coca-Cola of 24) Minute Maid - Pink Lemonade 20.00 025000058868 Coca-Cola fl oz (pack of 24) Minute Maid Lemonade - 20 fl oz 025000058011 Coca-Cola (pack of 24) Coca Cola, Cherry Coke Zero 20.0 049000047547 Coca-Cola Oz.
    [Show full text]
  • Discovering Science and Technology of Glass from Candy Making
    Session 3264 Discovering the Science and Technology of Glass Formation from Candy Making H. Jain and I. H. Jain Department of Materials Science and Engineering Lehigh University, Bethlehem, PA 18015 Abstract Glass is a material that has been used for centuries in numerous common, consumer applications. In recent decades, it has become one of the key high-tech materials for applications in thermal insulation, optical communication and microelectronics. Notwithstanding its importance, the average student's understanding of glass science and technology remains very primitive, partly because of its ill-defined structure and complex behavior. Therefore, to illustrate the underlying principles of this class of materials, we have proposed a set of laboratory demonstrations involving sucrose, water and corn starch (the major ingredients of common candy). These low cost simple experiments provide a convenient paradigm for the numerous features of a prototypic glass. The students' feedback has been very positive as they find the unusual experiments exciting, and can relate to the results from previous experiences. Introduction Glass is a common material that has been known to man for several thousand years. Early applications of glass such as in windows, containers, lenses, tableware, jewelry depended on their transparency, luster and durability. Many recent high-tech applications such as optical fiber for high-speed communication or dielectrics in microelectronics also exploit some such qualities, but these are neither necessary nor sufficient attributes for a material to be called as glass. A general definition of glass is that it is 'a solid with liquid like structure', 'a noncrystalline solid' or simply 'an amorphous solid'.1 None of these definitions is very helpful to typical engineering students, even the ones majoring in Materials Science and Engineering, so that they can appreciate the characteristics of this important class of material.
    [Show full text]
  • Candy Glass Recipe, Instructions and Worksheet
    Candy Glass Making Demonstration for Classroom or Science Activity. Prepared by Dr. William Heffner, International Materials Institute for Glass (IMI-NFG), Lehigh University. Glass Education Webpage: www.lehigh.edu/imi/libraryglasseducation.html ____________________________________________ Candy Glass Recipe: Making sugar glass is a very simple. It is essentially a mixture of sugar(s) and water heated to the right temperature to first dissolve the sugar and then boil off most of the water, stopping at the appropriate temperature to form a “glass” on cooling. The temperature at which we stop boiling the mixture is directly linked to the residual water content which must be low enough to form the glass state of a hard candy. If the temperature is too low a softer, non glass, taffy-like candy will result instead (or even just a syrup). Some care must be taken to avoid having the highly concentrated sugar solution form sugar crystals on cooling rather than remain in the “frozen liquid” state of the glass. Stirring can initiate this crystallization in high sucrose recipes. We will discuss crystallization in more detail later. For now let us begin with the simple recipe for hard candy below. It uses a mixture of sugars so crystallization is less likely to occur and should not pose any problem if you follow the recipe and avoid excess stirring. Some of the ingredients and equipment you will need for the making of candy glass. Recipe: approx. Weight US volume (metric grams) measure Cane sugar 120 g ½ cup (sucrose) Karo corn 60 g ~ ¼ cup syrup 4 teaspoons Water 20 g (2/3 oz) In Preparation: In addition to the ingredients listed above you will want to have the following equipment available: candy thermometer (digital recommended) 1 quart sauce pan (or 400 ml Pyrex beaker) spoon dish of cold water for testing the “doneness” (sort ball / hard ball) notepad and pen to record temperature and test data Candy Glass Making Demonstration for Classroom or Science Activity.
    [Show full text]
  • Sugar Confectionary
    Candy Mystical Consumers attach a certain sense of magic and wonder to candies. This isn't surprising, considering all of the many unique varieties of candy started out as a concentrated solution of sugar in water. Sugar Confectioners need an understanding of basic confectionery structure and technique to transform these simple ingredients into confectionery delights. Essential Ingredients The primary ingredient in candy is sugar as sucrose. Turning the sugar into candy involves dissolving it in water, concentrating this solution through cooking, and subsequently allowing the mass either to form mutable solid or to recrystallize. Key elements in the candy making process are in sugar's physical properties. Specifically its solubility with its effect on the water's boiling point. At room temperature, about 2 kilos of sugar will dissolve in 1 kilo of water. At higher temperatures, more sugar can be dissolved in the same amount of water. Once dissolved, however, the sugar will raise the boiling point of the water. The result of these physical chemistry properties is a specific relationship between the solution's boiling point and the amount of sugar solids contained therein. The first part of basic candy making, therefore, is cooking a sugar solution to a specific temperature to form a supersaturated solution with known solids content. When this solution cools, the sugar's solubility decreases and the sugar crystallizes out of solution. The next part of making a candy is controlling how this recrystallization takes place. It is also known as graining. Varying how the supersaturated syrup is physically treated while it cools controls recrystallization.
    [Show full text]
  • Fake Glass Bottle / Sugar Glass
    FAKE GLASS BOTTLE / SUGAR GLASS Step 1: What you are going to need. Materials for the mold: Oomoo #25 or 30 Mold release Glass bottle to be molded Plastic bottle ( at least 1" wider than the bottle to be mold) Materials for the candy glass: Sugar Light corn syrup Cream of tartar Water Food colorant Tools: Candy thermometer An old cooking pot Thick gloves Step 2: Prepare the bottle and mold Prepare the bottle: First you need to remove the stickers and labels from your bottle, save this so you can put them back on your fake bottle for a more realistic look. Clean the bottle really good, make sure there is no residue of any can because any of this will be transfer to the mold and the to you fake bottle. After the bottle is clean apply the mold release following the instruction on the can, in my case i only had to spray a thin coat all around. Make the mold: Get your big plastic bottle ( it should be at least 2" taller than the glass bottle and 1" wider ) Cut the top of the bottle, apply mold release to the interior of the plastic bottle. Hang the glass bottle inside the plastic bottle it should have 1/2" of free space all around and 1" in the bottom and 1" in the top. TIP: is a good idea to fill the glass bottle with water that way it will not float when you start pouring the silicone mix) Pour the mix really slowly with out disturbing the glass bottle cover at least 1/2" over the top of the bottle.
    [Show full text]
  • Hard Candy: from Hard Crack to the Glass Transition
    Hard Candy: from Hard Crack to the Glass Transition Careful control over formulation and processing conditions is required to produce quality hard candy with good shelf life. Richard W. Hartel, PhD University of Wisconsin–Madison ard candy is produced by boiling a mass turns into a sugar glass with very low Hsugar syrup to the hard crack tem- molecular mobility. It is this low mobility perature which, on a candy thermometer, that provides the long stability and shelf life is about 149°C (300°F). At hard crack, water of hard candy, as long as proper storage con- content is low and the sugar mass is ditions (cool and dry) are maintained. extremely viscous. After flavoring, the candy Besides flavor and color, hard candy for- mass is either deposited into molds or mulations vary primarily in their saccharide cooled to a highly plastic state that can be profile, with the ratio of sucrose to glucose Richard Hartel is a easily formed into desirable shapes. Upon syrup solids varying from as high as 80:20 down professor of food cooling to room temperature, the piece sets to about 30:70 (although a more common engineering in the range might be 60:40 to 40:60), as seen in Fig- into a sugar glass that, if protected from Food Science depart- ure 1. A typical reducing sugar target is 16 to ment at the University heat and humidity, retains its quality for of Wisconsin –Madi- years. After touching on the basics behind son. He also is course hard candy manufacture, this review will Typical Compositions (in %) of Fiinished Hard Candy coordinator for the discuss the numerous chemical and physical two-week Resident changes that occur in the sugar mass dur- High Medium Low Course in Candy Sucrose Sucrose Sucrose Technology held ing the manufacturing process that can Sucrose 70 – 80 50 – 60 30 – 40 annually in Madison.
    [Show full text]