rain | Kelly St. Scientists

Well the weather didn’t listen to our plea. However, a bit of rain never stops science! It certainly didn’t dampen our spirits any.

Due to the weather we neglected our recording in our log book so this post will just be photos of the experiments themselves. Why not ask your child to share their hypothesis and conclusions with you as you share the blog?

“We need to do it outside!” said Nathan on Wednesday and that is exactly what we did. However this added a new force into the experiment – the wind! And one of the rockets had a difference too.

One of the rockets had gotten damaged and the fins had come off. How would it affect the flight?

“It’s not going to fly as good.” – Kobe

We took turns and helped one another when preparing for take off!

Most of the rockets flew really high outside. The one without fins flew less well so Kobe was right!

“My rocket is going to hit a seagull!” -Eve

The massive forces applied by the children made the rockets fly very high!

That wee dot is actually our rocket – the forces we applied had a great effect.

But the force applied by the wind was strong too and we lost one of our rockets altogether (it seemed to disappear. We couldn’t see where it went due to the rain!) And 3 rockets were blown onto the roof!

“We need a ladder!” – Heidi

“It’s not safe for a ladder. You might fall off and have to go to hospital!” – Evie

The wind exerted a force on the rocket and blew it onto the roof!

We decided to leave them for now.

Daniel took a run and jump to apply a big force and make the rocket fly high.

Believe it or not this is the best picture I could get of Zackary

So the rockets flew higher outside when there was no roof to bounce off. But the wind’s force affected the flight and the landing.

The learning wasn’t restricted to the science though. We were reinforcing sequence and order of number as we counted down to blast off. We developed our negotiation skills and used mathematical language of sequence and order when discussing who’s turn it would be,

“Can I go first?” – Evie

“Can I be second then?” – Bramble

“I’ll be third!” -Elise

“I’ll be next, I’ll be after Elise.” -Jude

We had to listen for information when we discussed the safety procedure (ensuring we were “clear for take off”). We followed instructions to go to the allocated area of the playground and stay safe inside the playground even when the rockets kept getting blown out on to the street despite the temptation to go and fetch them back. That’s not to mention the abundance of comparative size language – “higher, lower, more force, less force,” even “greater force”and as Jude said….

“I think that was a lesser force Ailie”

Ooooft it was a lot of work and not just physically!

But our next steps?

“Let’s make our own rockets to fly! We could make a new force!”

-Gracie

Hmmm a wee visit to Pinterest over the weekend may be in order.

Have a great midterm break. Our science will start again on Friday (hopefully all dried out by then 😝).

Thank you for your lovely comments. We love hearing about how you and your children are sharing learning at home. If you have any suggestions for experiments and / or improvements to the blog please get in touch.

Well after our success with making a cloud we just had to think about why some clouds rained and why others didn’t?

So we conducted an experiment to investigate this.

We hypothesised it was about the quantity of water the cloud had soaked up, and recorded these in our science logbook.

Daniel recorded that he predicted clouds needed more water to make rain.

Alex predicted that the cloud with less water would make rain.

So we set up our experiment….

We started with a tub of plain water to represent the air.

We squirted shaving foam on top to be the cloud.

The foam floated on top of the water, like a cloud hanging in the sky.

We used dropper s to pick up and drop blue food colouring onto the foam.

We used blue colouring to pretend it was water in the clouds. The dye meant we could see what happened to it. We added a tiny bit to one and a lot more to another.

We looked closely through the magnifying glasses.

We talked about what we thought was happening. One cloud had made rain!

We looked again. Daniel and Alex added more dye to see what would happen.

The clouds with lots of dye ‘water’ rained for a while.

We recorded our findings in our logbook.

Natalie recorded that the large cloud stayed the same when the little cloud let rain through

Rebekah recorded the rain falling from the cloud.

So clouds with lots of water are the ones that make rain. If a cloud only has a little water, it doesn’t. Lots of water is heavier than a little water so the water falls down when there is enough in the cloud to be heavy, but big clouds need more water to become too heavy and rain.