![]() ![]() Forces are found in pairs, the balloon, and the pom pom here. The force pushing the ball out is equal to the force pushing the ball back. Now, the third law of motion tells us that for every action there is an equal and opposite reaction, the force created by the stretched balloon pushes the object away. So when you do go ahead and start creating these 12 DIY Crafts with the paper you can be sure you won’t be. These 12 DIY Craft With Paper Step by Step Ideas are not just a wide range but also easy to make and not very complicated. Tie this around the middle of the tissue paper in a tight knot. Here we bring to you 12 DIY Crafts with Paper so that you don’t have to go searching for more anywhere else. Cut a piece of yarn the length you want your pom-pom to hang, plus a few inches. Carry the edge forward and backward to create a corrugated effect. ![]() The bonus They’re quick to make and don’t take a lot of craft supplies.With 5 an. Take a piece of tissue paper that’s been folded into quarters and create a fan fold. Assorted tissue paper pom poms (I used an assortment of 20, 15 and 10 poms) Double stick non-permanent adhesive (Such as double stick tape, 3M Command Strips or Glue Dots) Begin by unwrapping each of your pom poms, being sure to leave the white ribbon tied around the center of each. Testing different objects of different weights might result in different acceleration rates! Tissue paper pom poms are a fun and easy way to decorate for any occasion. Here the force is the balloon being pulled back and released. The second law of motion says that a mass (like the pom-pom, marshmallow, or styrofoam ball) will accelerate when a force is placed on it. Does pulling the balloon further create more force? The pom-pom isn’t launching buy itself, so we need to create a force! That force is the balloon. The first law of motion states that an object will remain at rest until a force is placed on it. Now press them into the bottom of the bunny for it’s feet.Learn a little bit more about how a pom-pom shooter works and why we like to include it in our toolbox of easy physics activities! There’s a bit of fun physics here! Kids love exploring Sir Isaac Newton’s laws of motion. ![]() For these, as they are the bunny’s feet, you’ll want to twist them up a few more times and bend the twisted part up. Fold over each half and twist it around itself. Then press them into the Styrofoam at the top of the head. With one half, fold it over and twist the ends together. We used about 45-50 Q-tips for the body of the bunny.Ħ. We used about 30-35 tips for the head of the bunny.ĥ. We started with the head and worked in a spiral fashion. Again, you can use hot glue for this to make them more secure, as you will be spending time holding the ball as you press in Q-tips.Ĥ. Add glue for the 2 eyes, pink nose, and white fuzzy bunny pom pom tail. You can add a little glue to this to help them stay firm while you’re pressing in Q-tips.ģ. Using one of the broken pieces of Q-tip, attach the 2 Styrofoam balls together. I did them in thirds as the craft balls are fairly small.Ģ. You can do this in half or in thirds for a smaller tip. We did as many as our little hands could do before we were Q-tipped out!!ġ. ![]() We didn’t use as many Q-tips as they do for the snowman, so if you want a more full look, keep going and going with the Q-tips. This cute little bunny was inspired by this Q-tip’s snowman craft from their holiday craft site. To make you’re own little hippity hoppin’ bunny, get out your stash of Q-tips and a few pipe cleaners. He’s watching over the kids to make sure he’ll be able to come again to our house for Easter and hide a few eggs and treats. This little Q-tip bunny has hopped it’s way to our house for a fun little adventure. ![]()
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