Episode 10: Rainbow Salad and the Science of Nutrition for Kids
2 هزار بار بازدید -
2 ماه پیش
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Join Chemistry Colleen as she
Join Chemistry Colleen as she dives into the colorful world of nutrition! In this exciting episode, our favorite Chemistry queen creates a vibrant rainbow salad (happy pride month!) and discusses the importance of a colorful, nutritious diet with lots of fruits and vegetables for kids of all ages! She also, performs a fascinating science experiment to extract beta carotene from spinach, revealing a cool surprise at the end! Perfect for educators and homeschool parents seeking engaging and free science experiments, chemistry lessons, and projects for kids that can be done at home.
🔬✨ Explore the science of nutrition!
👩🔬🥗 Build your own rainbow salad!
🔍🍃 Discover what’s inside the green spinach!
🔴 Warning: This experiment is best suited for ages 5 and up with the help of an adult.
#KidsScience #STEMEducation #NutritionForKids #RainbowSalad #BetaCarotene #ScienceExperiments #Homeschooling #kitchenscience #EducationalVideos #PrideMonth #CelebrateDiversity #HealthyEating #FunWithScience #ScienceForKids #LearningAtHome
Parent Study Guide for Episode 10
Overview: In this episode, Chemistry Colleen introduces children to the science of nutrition through a fun and colorful experiment. The focus is on understanding the nutrients in spinach, particularly beta-carotene, and how it contributes to our health.
Key Concepts:
Chlorophyll and Beta-Carotene:
Spinach leaves appear green due to the presence of chlorophyll, a molecule essential for photosynthesis.
Spinach also contains beta-carotene, an orange molecule that can be extracted through a simple science experiment.
Beta-Carotene and Vitamin A:
Beta-carotene is a precursor to Vitamin A, also known as retinol.
When consumed, the body converts beta-carotene into Vitamin A.
Vitamin A is crucial for vision, bone health, immune function, and skin health.
Experiment Insights:
The experiment demonstrates the extraction of beta-carotene from spinach, revealing the orange color inside the green leaves.
Beta-carotene molecules are more slippery than chlorophyll molecules, allowing them to slide down a chromatography column faster.
Discussion Points:
Talk about the importance of eating a variety of colorful vegetables and how different colors represent different nutrients.
Explain how our bodies use the nutrients from food to maintain health and wellbeing.
Activity Suggestions:
Encourage your child to create their own rainbow salad at home using different colored vegetables.
Discuss other foods that are high in beta-carotene (like carrots, sweet potatoes, and pumpkins).
Safety Reminder: This experiment is best suited for ages 5 and up with the help of an adult to ensure safety and proper understanding of the scientific process.
🔬✨ Explore the science of nutrition!
👩🔬🥗 Build your own rainbow salad!
🔍🍃 Discover what’s inside the green spinach!
🔴 Warning: This experiment is best suited for ages 5 and up with the help of an adult.
#KidsScience #STEMEducation #NutritionForKids #RainbowSalad #BetaCarotene #ScienceExperiments #Homeschooling #kitchenscience #EducationalVideos #PrideMonth #CelebrateDiversity #HealthyEating #FunWithScience #ScienceForKids #LearningAtHome
Parent Study Guide for Episode 10
Overview: In this episode, Chemistry Colleen introduces children to the science of nutrition through a fun and colorful experiment. The focus is on understanding the nutrients in spinach, particularly beta-carotene, and how it contributes to our health.
Key Concepts:
Chlorophyll and Beta-Carotene:
Spinach leaves appear green due to the presence of chlorophyll, a molecule essential for photosynthesis.
Spinach also contains beta-carotene, an orange molecule that can be extracted through a simple science experiment.
Beta-Carotene and Vitamin A:
Beta-carotene is a precursor to Vitamin A, also known as retinol.
When consumed, the body converts beta-carotene into Vitamin A.
Vitamin A is crucial for vision, bone health, immune function, and skin health.
Experiment Insights:
The experiment demonstrates the extraction of beta-carotene from spinach, revealing the orange color inside the green leaves.
Beta-carotene molecules are more slippery than chlorophyll molecules, allowing them to slide down a chromatography column faster.
Discussion Points:
Talk about the importance of eating a variety of colorful vegetables and how different colors represent different nutrients.
Explain how our bodies use the nutrients from food to maintain health and wellbeing.
Activity Suggestions:
Encourage your child to create their own rainbow salad at home using different colored vegetables.
Discuss other foods that are high in beta-carotene (like carrots, sweet potatoes, and pumpkins).
Safety Reminder: This experiment is best suited for ages 5 and up with the help of an adult to ensure safety and proper understanding of the scientific process.
2 ماه پیش
در تاریخ 1403/04/06 منتشر شده
است.
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