whizz pop bang science magazine paper straw planes

Geometric paper straw planes!

How do you make a triangle fly? Will a square take to the air? Create your own paper straw flying machines and put them to the test with the SKY HIGH SCIENCE issue of Whizz Pop Bang! You’ll find everything you need inside issue 36 of Whizz Pop Bang science magazine, order a copy for just £3.75 with FREE UK delivery here.

Packed full of outdoor science activities for girls and boys over the summer holidays – ditch the screens and find out how planes fly!

 

what makes something fly

Take off this summer with our Sky High Science issue!

Whizz Pop Bang science magazine for kids! Sky high science

Wouldn’t it be amazing to fly like a bird? Or how do you fancy fluttering like a butterfly, or even soaring like a snake?! There are all sorts of flying phenomena to discover this issue. Have a go at making your own stunt plane, investigating different designs of straw planes and testing aerofoils. We interview Palaeontologist Liz Martin-Silverstone to ask her how on earth the giant pterosaurs were able to fly, plus we find out how drones work, and answer the question on lots of people’s minds… just how do planes fly???

Buy this issue here and fill your summer holidays with awesome science fun!! ? ✈ ?

Whizz Pop Bang dandelion test flight

All you need to know about SEEDS

Follow the ingenious journeys of seeds with our SUPER SEEDS issue! Learn about seed dispersal with our simple experiments and activities, like this dandelion model test to show just how far seeds can travel.

Whizz Pop Bang dandelion test flight

Dandelion test flight

You will need:

  • Sheet of A4 paper
  • Ruler
  • Scissors
  • Pencil
  • Tape

What you do:

  1. Fold the paper into quarters and cut along the lines
  2. Take one of the quarters and rule a line as shown
  3. Cut lots of slits along the longer section, trying to make them less than 0.5 cm apart
  4. Roll the uncut area of the paper around your pencil as tightly as you can and secure with sticky tape
  5. Pull out the pencil and gently push down the paper strands so that they fan out in all directions

You should find:

You’ve made a model dandelion seed! Try dropping it from a height as a test flight. Throw it upwards into a strong wind and see how far it will go.

How do seeds travel?

To buy a copy of this issue, SUPER SEEDS, visit our back issue shop here. Back issues are £3.75 with FREE delivery to UK mainland, international delivery £1.50.

Whizz Pop Bang logo round

Summer science ideas whatever the weather!

School’s officially out for the summer!!! WHOOOPEEEEE! Get ready for summer science fun with Whizz Pop Bang and our awesome experiments to do in the garden, at the beach, in the park or at the kitchen table when the skies are black…

Science outside:
☀️ Make a solar oven and bake cookies in the garden
☀️ Forensic science blood spatter test
☀️ Minibeast habitats
☀️ Butterfly banquet
☀️ Lay a pitfall trap
☀️ Make your own pooter (a special pot for collecting insects)

In the dark:
⭐️ Hold your own stargazing party
? Night time safari

At the beach:
? Take the super strong sand challenge
? Sandcastle secrets for Whizz Pop Bang scientists!
? Sand ripples in a bowl
? Panning for gold
? Shake it up!

Wet weather science:
☔️ Make a snoop-o-scope
☔️ Take your own finger prints
☔️ Make your own pond skater
☔️ Fireworks on a plate
☔️ Take the paper clip challenge
☔️ Penny drop
☔️ Whooshing pepper
☔️ Make an ocean in a bottle
☔️ Make a water-powered boat
☔️ Make an octopus

Order our summer science bundle here https://whizzpopbang.com/shop/product/899265457

Remember to post up your pics! #summerscience

Try this science experiment at home

What makes the best bubbles? Try this experiment and see!

Whizz Pop Bang what makes the best bubbles

Would you like to know what makes the best bubbles?

 

Make a base mixture of water mixed with washing up liquid. If you don’t already have one, you can make a bubble wand using a pipe cleaner. Experiment with blowing bubbles, and then try adding sugar, baking powder, corn syrup or glycerin to your mixture, one at a time. Test how each ingredient changes the surface tension and affects the bubbles.

Have you ever wondered why bubbles form in soapy water but not in ordinary water? The answer is surface tension. The surface tension of water is too strong for bubbles to last – the water molecules pull each other together and the bubbles quickly burst. When water is mixed with soap, the surface tension becomes weaker and the liquid can be ‘stretched’ more, allowing bubbles to form.