Fizzlebop Supply List:
🌸 White flowers (carnations, daisies, or roses)
💧 Glasses or jars filled with water
🎨 Food coloring (any color you like!)
✂️ Scissors

The Experiment:
1️⃣ Trim the stems of your white flowers.
2️⃣ Fill each glass with water and a few drops of food coloring (the more drops, the stronger the color!).
3️⃣ Place a flower in each glass and observe over the next few hours!
4️⃣ Watch as the petals slowly change color! 🌈

“Dr. Fizzlebop, What’s Happening?”
Plants drink water through their stems, pulling it up like a straw! The colored water travels to the petals, showing how plants absorb nutrients. It’s just like how we soak up God’s love and share it with the world! ❤️

Devotional:
📖 May Day & Our Faith 🌿Just like flowers grow and bloom, God wants us to grow in our faith and spread His love. Colossians 2:7 (NLT) says,
"Let your roots grow down into Him, and let your lives be built on Him. Then your faith will grow strong in the truth you were taught, and you will overflow with thankfulness."
As we celebrate May Day and the beauty of God’s creation, let’s remember to share kindness, encouragement, and God’s love with those around us—just like spreading sunshine on a spring day! 🌞

Collecting Your Family’s Data:
🔍 What colors did your flowers turn?
🌿 How long did it take for the petals to change?
🧐 What do you think would happen if you mixed two food coloring colors together?

Prayer Time:
Dear God,
Thank You for the beauty of spring and the reminder that You make all things new! Help us grow strong in our faith, just like the flowers You created. May we spread Your love to others and bring joy wherever we go. Thank You for Your goodness!
Amen. 🌼✨

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Weather is one of the most dynamic and ever-changing aspects of life on Earth. It dictates how we dress, how we travel, and even how we grow food. Across the globe, different regions experience unique weather patterns, from scorching heatwaves to icy blizzards. In this post, we’ll explore the major types of weather, what they’re called, and some fascinating facts about each one.

1. Sunny (Clear) Weather ☀️What It Is: A day dominated by sunshine with little to no cloud cover.
Where It Happens: Common in deserts (Sahara, Mojave) and tropical islands.
Key Facts:

• Caused by high-pressure systems that push clouds away.
• Too much sun exposure can lead to heat exhaustion or sunburn.
• Essential for solar power generation.

2. Rainy Weather ☔What It Is: When water droplets fall from clouds to the Earth’s surface.
Where It Happens: Common in tropical rainforests (Amazon, Congo) and coastal regions.
Key Facts:

• The wettest place on Earth is Mawsynram, India, with over 467 inches of rain annually.
• Rain is crucial for agriculture but can cause floods when excessive.
• Monsoons bring seasonal heavy rains to South and Southeast Asia.

3. Thunderstorms & Lightning ⛈️What It Is: A storm characterized by rain, thunder, and lightning.
Where It Happens: Common in tropical and temperate regions, especially the U.S. Midwest.
Key Facts:

• Thunder is the sound of rapidly expanding air around a lightning bolt.
• The Empire State Building is struck by lightning about 20-25 times a year.
• Severe thunderstorms can produce hail, tornadoes, and flash floods.

4. Snowy Weather ❄️What It Is: Frozen precipitation falling from clouds, often forming snowflakes.
Where It Happens: Polar regions (Antarctica, Arctic) and high-altitude areas (Rocky Mountains, Alps).
Key Facts:

• Snowflakes have six symmetrical sides due to ice crystal formation.
• The largest recorded snowfall in 24 hours was 75.8 inches in Colorado (1921).
• Snow helps regulate the Earth’s temperature by reflecting sunlight.

5. Windy Weather 🌬️What It Is: The movement of air caused by differences in atmospheric pressure.
Where It Happens: Coastal regions, open plains, and mountain passes.
Key Facts:

• The strongest wind gust recorded was 253 mph during Cyclone Olivia (1996).
• Wind turbines harness wind power for renewable energy.
• The jet stream, a high-altitude wind current, influences global weather patterns.

6. Foggy Weather 🌫️What It Is: A dense layer of cloud near the ground, reducing visibility.
Where It Happens: Common in coastal areas (San Francisco), valleys, and lakes.
Key Facts:

• Fog forms when warm, moist air cools rapidly.
• It can make travel hazardous by reducing visibility.
• Some places, like Newfoundland, Canada, experience fog over 200 days a year.

7. Humid & Tropical Weather 🌴What It Is: High moisture content in the air, making the environment feel hotter.
Where It Happens: Rainforests, coastal areas, and equatorial regions (Amazon, Southeast Asia).
Key Facts:

• High humidity slows down the body's ability to cool itself through sweating.
• Humid conditions contribute to heavy rainfall and lush vegetation.
• It can lead to hurricanes and typhoons in certain regions.

8. Dry (Arid) Weather 🌵What It Is: Extremely low humidity with little to no rainfall.
Where It Happens: Deserts (Sahara, Gobi, Atacama).
Key Facts:

• The Atacama Desert in Chile is the driest place on Earth.
• Deserts experience extreme temperature changes between day and night.
• Plants like cacti have adapted to survive in arid environments.

9. Tornadoes 🌪️What It Is: A rotating column of air extending from a thunderstorm to the ground.
Where It Happens: Common in the U.S. Midwest ("Tornado Alley") and parts of Bangladesh and Argentina.
Key Facts:

• Tornadoes are ranked using the Enhanced Fujita (EF) scale, from EF0 to EF5.
• The widest tornado recorded was 2.6 miles across (El Reno, Oklahoma, 2013).
• Some tornadoes have wind speeds exceeding 200 mph.

10. Hurricanes, Typhoons, & Cyclones 🌀What It Is: A large, powerful storm system with strong winds and heavy rain.
Where It Happens:

• Hurricanes – Atlantic Ocean (Caribbean, U.S. East Coast).
• Typhoons – Western Pacific (Japan, Philippines).
• Cyclones – Indian Ocean (India, Australia).
  Key Facts:
• The Saffir-Simpson Scale ranks them from Category 1 to 5.
• The deadliest recorded tropical cyclone was the 1970 Bhola Cyclone, killing over 300,000 people in Bangladesh.
• Hurricanes gain strength over warm ocean waters but weaken over land.

11. Hailstorms & Ice Storms 🧊What It Is: Frozen precipitation that falls as ice pellets or coats surfaces in ice.
Where It Happens: Occurs in temperate regions prone to severe thunderstorms.
Key Facts:

• The largest recorded hailstone was 8 inches in diameter (South Dakota, 2010).
• Ice storms cover trees, power lines, and roads with a thick layer of ice, making travel dangerous.
• Hail can cause severe damage to crops, vehicles, and buildings.

Conclusion: Weather’s Impact on Our WorldWeather is more than just a daily forecast—it shapes our planet, communities, and way of life. Whether you’re basking in the sun, navigating through a snowstorm, or witnessing a powerful thunderstorm, each weather type tells a story about our planet’s complex and ever-changing atmosphere.
What’s the most extreme weather you’ve ever experienced? Share your story in the comments!

Get ready to experiment, explore, and engage because it’s National STEM Week—a time to celebrate the wonders of science, technology, engineering, and math! But wait—have you heard about STEAM? That’s right! There’s art in the mix now, too! Let’s dive into why STEM (or STEAM!) is so important and how Faith and Science with Dr. Fizzlebop makes it easy (and super fun!) for families to explore faith and science together.

What is STEM… and Why Does It Matter?
STEM stands for Science, Technology, Engineering, and Math—four subjects that shape the world around us! From the smartphones in our hands to the bridges we drive across, STEM fields are the building blocks of innovation. Encouraging kids to explore STEM helps them develop critical thinking, creativity, and problem-solving skills—all things they’ll need for exciting careers in the future. 🚀
But there’s been a recent addition to the STEM movement--Art! When you add Art into STEM, you get STEAM! 🎨 Why? Because creativity fuels innovation! Whether it’s designing futuristic technology, building awe-inspiring architecture, or creating dazzling science experiments, art and creativity play a huge role in making science even more fizztastic!

Faith + Science = A Winning Combination!
At Fizzlebop Labs, we believe that faith and science go hand in hand! After all, God is the ultimate Creator, and exploring His world is one of the most exciting ways to grow in knowledge and faith. That’s why Faith and Science with Dr. Fizzlebop is packed with super simple, hands-on experiments that help families connect science with biblical truths.

STEAM learning isn’t just about textbooks and tests—it’s about curiosity, creativity, and hands-on discovery. And with Dr. Fizzlebop’s fizztastic experiments, families can have a blast while growing in faith and unlocking the wonders of science together.

Celebrate National STEM Week with a Fizz!
This National STEM Week, let’s ignite curiosity, explore God’s creation, and make learning an adventure! Whether you’re mixing up some bubbly chemical reactions, building gravity-defying structures, or learning how light and reflection work, there’s so much to discover—and Faith and Science with Dr. Fizzlebop is here to make it faith-filled and fun!

🎉 Ready to dive into STEAM with a faith-filled twist? Check out Faith and Science with Dr. Fizzlebop and start exploring today! 🚀🔬✨

The Pi-Finder Experiment
Discover Pi for yourself using just a string and a circular object!
Fizzlebop Supply List:

• A round object (plate, lid, can, frisbee, etc.)
• A flexible measuring tape or a piece of string
• A ruler
• A calculator

The Experiment:

1. Measure the Circumference – Wrap the string around the widest part of the circle (its circumference). Mark the spot where the string meets itself.
2. Measure the Diameter – Stretch the string across the middle of the circle from one side to the other. Mark the length of the diameter.
3. Do Some Fizztastic Math! – Use the formula for Pi: π=CircumferenceDiameter\pi = \frac{\text{Circumference}}{\text{Diameter}}π=DiameterCircumference​ Divide your circumference measurement by the diameter. You should get close to 3.14—the magical number Pi!

Fizz Fact about Pi!Pi is an irrational number, meaning it goes on forever without repeating. Scientists have calculated over 62 trillion digits of Pi, but for most experiments, 3.14 is just fine!
Bonus Challenge!Try measuring different circular objects and see if Pi is always the same! (Hint: It is! 😆)
This is a Fizz-tastic way to celebrate Pi Day while connecting math with real-world experiments! Want more faith and science fun? Check out Faith and Science with Dr. Fizzlebop for more STEAM-filled adventures! 🚀🔬

Have a FIZZTASTIC time,
Dr. Fizzlebop

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Welcome back! Last week we began the story of George Washington Carver and paused just after he received the Master’s Degree he had worked so long to earn.

The same year that George earned his degree, Booker T. Washington invited George to move to Alabama to join the faculty of Tuskegee Institute as director of the school’s new agriculture department. Booker, an important African American leader, wanted Tuskegee Institute to teach African Americans practical skills to better themselves as well as achieve better-paying work and eventually, through patience and cooperation, raise their people above the social and political injustices they were currently facing. George, having seen the effectiveness of that approach in his own life, agreed with Booker’s goals and likewise agreed on April 12, 1896, to take the job Booker offered him. George wrote to Booker, “[I]t has always been the one great ideal of my life to be of the greatest good to the greatest number of 'my people' possible and to this end I have been preparing myself these many years; feeling as I do that this line of education is the key to unlock the golden door of freedom to our people.” 

George’s desire to help others stemmed from his childhood faith. As a boy, George had visited a church near the Carver farm. Then when George lived with the Watkins, Mariah passed her faith on to George along with her knowledge of herbs. George’s year at the Methodist Simpson College continued to develop his faith. Their acceptance of him regardless of his skin color had a marvelous influence. Years after his time there, he recalled, “They made me believe I was a real human being." George’s faith provided another motivation for his transfer to Iowa State Agricultural School; he wanted to develop the scientific abilities God had given him in order to help his people in the best way he could. After attending Iowa State, he spent the rest of his life serving at Tuskegee Institute. ​

Even after going to all that effort just to graduate high school, George was still determined to learn more. At first, Kansas’s Highland College accepted his application to enroll in their school. Then, exasperatingly and unfairly, once George arrived and college officials saw the color of his skin, they turned him away. George returned to studying and experimenting on his own. Finally, some white friends, the Milhollands, pushed George to give college another try, and in 1890, Simpson College welcomed him. George started his college career focused on the arts until one of his professors, Etta Budd, persuaded him to pursue botany at Iowa State Agricultural School. George graduated with a Bachelor of Science Degree in 1894, something no other African American had achieved before him. At his professors’ request, George continued his education and graduated with his Master of Agriculture Degree in 1896. He was well on his way to living out the words of what became his favorite poem, “Equipment,” by Edgar A. Guest: 

Figure it out for yourself, my lad,
You've all that the greatest of men have had,
Two arms, two hands, two legs, two eyes
And a brain to use if you would be wise.
With this equipment they all began,
So start for the top and say, “I can.”

Read the rest of the poem here! Next week I’ll be sharing about all the marvelous ways that George helped improve the lives of many people by using the hard-earned knowledge he had equipped himself with! ​

Sources:

• ​George Washington Carver: Chemist, Teacher, Symbol; American Chemical Society National Historic Chemical Landmarks
• George Washington Carver Biography; Biography.com
• George Washington Carver; Encyclopedia Britannica
• A Great Teacher; George Washington Carver Museum Management Program, National Park Service
• George Washington Carver; History.com
• George Washington Carver; Missouri Department of Agriculture
• George Washington Carver; Science History Institute 
• The Legacy of Dr. George Washington Carver; Tuskegee University
• George Washington Carver Chronology; Tuskegee University

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Dr. Fizzlebop walks fellow scientists through a super simple, colorful, and FIZZTASTIC experiment about fizz and hearts! Fizzlebop Lab assistants will have a fizzy fun time making these STEAM focused hearts for Valentine's Day. Give you a friend, parent, grandparent, sibling, or the one you love! These Fizzy Heart works for Art will bring happiness to someone you love! ​