What’s inside jelly beans? – home preparation of sweet jellies
Type of resource: website
Web address https://wklasie.uniwersytetdzieci.pl/scenariusz/co-kryja-w-sobie-zelkowe-misie
Language: English
Description
Experiment – Making jelly beans, observing and explaining the process of gelation, comparing tastes and quality of different jelly beans
Scientific concept introduced
– Heating
– Cooling
– Gelatin
– Gelation
Creative and critical thinking
Critical thinking
Mathematical reasoning
Weighing and dosing substances
Scientific thinking
– Cognitive curiosity
– Problem solving
– Observation
– Prediction
– Drawing conclusions
Learning how to learn
Thinking and acting independently
Additional
Teamwork:
– collective decision making
– sharing ideas
– adopting responsible attitude when handling duties
Development of manual skills (eye-hand coordination).
What’s inside jelly beans? – home preparation of sweet jellies
Overall aims
– To learn what the process of home production of jelly beans looks like;
– To develop skills in critical and logical thinking, reasoning, argumentation and drawing conclusions;
– To develop creativity and inventiveness in children;
– To practise motor skills;
– To improve skills in dosing and weighing ingredients;
– To develop social competencies
Vocabulary – keywords should be understood
Experiments, jelly beans, heating, cooling, gelatin, gelation
Expected learning outcomes (operational aims)
Enumerate basic composition of jelly beans;
Know what purpose gelatin serves;
Produce jelly beans from provided ingredients;
Conduct simple experiments;
State open questions and hypotheses;
Make observations and draw conclusions;
Improve manual dexterity (cutting, stirring etc.) ;
Dose and weigh necessary ingredients;
Cooperate with others for a common goal.
STEM skills – to which the learning unit is related to
CORE STEM SKILLS
To learn to think and discover:
– cognitive curiosity
– problem solving
– observation, prediction
– drawing conclusions
– thinking and acting independently
– mathematical thinking applied when weighing and dosing substances
ADDITIONAL SKILLS
Teamwork
– collective decision making
– sharing ideas
– adopting responsible attitude when handling duties
Development of manual skills
– eye-hand coordination
Teaching methodologies/activity outline
1. “How are jelly beans produced?” – educational video
https://wklasie.uniwersytetdzieci.pl/scenariusz/co-kryja-w-sobie-zelkowe-misie
– What are jelly beans?
– How do jelly beans get their shape?
– What shapes can jelly beans take?
– Why do jellies need to be sprinkled before being placed in bags?
– What flavours can jellies have?
– What ingredients are jelly beans made of?
2. “My jelly bean production” – experiment guidelines
Children are set the task of producing jellies from available ingredients based on a recipe provided.
Ingredients and the necessary utensils/equipment:
– a bowl of strawberries or other fruit;
– a glass of water;
– one lemon;
– two spoonfuls of honey;
– one bag of gelatin;
– jelly molds – silicon molds for pralines or ice or, alternatively, small-sized containers made from food contact materials (the ready mix can be also placed in empty orange halves);
– cooker (for warming the mix);
– refrigerator (for cooling the mix).
Method
Blend the strawberries. Squeeze lemon juice into a saucepan, pour honey, add gelatin and the blended strawberries. Mix the contents and then boil it. Once it cools down, pour it into the molds. Place the molds in the fridge for one hour.
3. Physical game: Gelation
During the gelling process, children tidy up their workspaces as they get ready for a physical game.
The aim of the game is to illustrate how substances congeal. The teacher will ask two questions:
How does juice turn into jelly? What impacts the gelling process?
Divide the children into two groups: the gelling substance (gelatin) group and the fruit juice group.
Children from the fruit juice group should hold their hands to form a loose chain. Say command: ‘Add gelatin!’ – the children from the gelatin group join those in the fruit jelly chain. Call out ‘Cooling time!” – the kids should grasp their hands tightly and come closer, which means the mix congeals. Call out ‘Heating time!’ to see them move apart to show gelatin dissolving.
4. Home-made jellies vs those you get in shops: summary
Are home-made jelly beans different from those you can find in shops?
How do they differ?
Which ones taste better?
Which jellies are healthier?
Assessment of learning
Sentence completion:
– What mattered to me during the class was …
– I got really interested by…
– I will remember…
– What amazed me was…
Equipment and materials to be used in learning unit (tools, ingredients etc)
– a bowl of strawberries or other fruit;
– a glass of water;
– one lemon;
– two spoonfuls of honey;
– one bag of gelatin;
– jelly molds – silicon molds for pralines or ice or, alternatively, small-sized containers made from food contact materials (the ready mix can be also placed in empty orange halves);
– cooker (for warming the mix);
– refrigerator (for cooling the mix).
Kind of setting
Kitchen
References – source
https://wklasie.uniwersytetdzieci.pl/scenariusz/co-kryja-w-sobie-zelkowe-misie
What’s inside jelly beans? – home preparation of sweet jellies
1. Usefulness for STEM education – integrating content of different disciplines
Cross-curricular character of the resource
The range of S-T-E-M subjects included
The presentation of possibilities of including artistic activities (STEAM approach)
2. Expected learning outcomes
Consistency (links) with preschool core curriculum
Communicativeness of description
3. Methodology of teaching
Clarity, communicativeness of instructions for teachers
Meaningful learning – using practical life problems
Original idea
The level of ease in implementing the methodology to preschool age children
The level of ease in preparing necessary ingredients, materials and equipment needed
4. Sustainability
Ecological characteristics of materials/ results
Supporting healthy eating habits
Low ecological footprint
Possibilities of inclusion (respecting cultural diversity and food intolerances)
5. Class management
Using differentiated forms of work – individual, team work etc.
Individual work
Team work
Whole group
6. Time management
Short activity (10-15 minutes)
Medium activity (20-30 minutes)
Long activity (1 hour or more)
Very long activity (1 day or more)
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