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One of the easiest ways to prop up your cake pops is to simply slide the sticks through the holes of an upside-down colander. This is a great option if you're using a nicer stand to display your cake pops, but you're worried that the pops will drip as they're cooling. Just rinse the colander when you're finished! Don't use every hole in the colander. Instead, try to space the cake pops out so they have at least 1 1⁄2 in (3.8 cm) between them.

summary: Slide the pops into a upside-down colander for an easy-to-clean option.


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If you have a favorite joke that never fails to make people laugh, try texting that to the person in question. If you aren't sure what to send, run an internet search using keywords like "funny jokes you can text" or "text humor." Look for jokes about things they like, such as animals or movies, or that mesh with their favorite type of humor, like puns. There are no shortage of hilarious memes out there! You can Google something general like "memes to make your friends laugh" and scroll through the results. If you know the person really loves something in particular, try zeroing in on that specifically.  For example, if the person is a huge Game of Thrones fan, run a Google image search to find related memes that will surely crack them up. Use one of the many meme generators online, like the Laughing Goat generator, to create something unique and specific.  You can also create a meme yourself and send that to them. Snap a picture of yourself making a ridiculous face or create a brief video of yourself reciting a silly monologue and text that to them. If you want to get more creative, experiment with Snapchat filters. You can also check out free image editor apps, like Make Me Bald and LOL Booth FX, that can help you generate something hilarious. Try out one of the many apps that allow you to turn yourself into an emoji, and then text them a few silly versions of yourself. There are some really funny GIFs out there! Try searching GIF libraries for something that relates to their situation. Or search for GIFs that showcase their favorite characters from TV shows and movies.  A great library for GIFs is GIPHY. Find the app in your phone’s app store, download it, and then attach the GIFs directly to text messages. If you don't want to download the app, check out their user-friendly mobile website.  You can also make your very own GIF. GIPHY offers this feature, or you can try another app to create a custom GIF. This silly texting game can be distracting and a lot of fun! Shoot them a text letting them know that for the next 20 minutes, you will be communicating using emojis only. Challenge them to respond the same way. See if you can decipher each other's messages and try to get them laughing with a unique combination of emojis. You might start the conversation with a smiley face or show 2 friends together. Then, let your imagination run wild. Different online websites offer pre-made cards that you can send through text message. These websites are typically searchable, so use the search tool to find something specific to their situation. Some websites, for example, lets you search for eCards about breakups and other specific situations. For example, one funny card says, “It’s better to have loved and lost than to live with a psycho for the rest of your life.” Such a card is sure to remind your friend that they are probably better off without their ex!

summary: Text them a good joke. Send them a hilarious meme. Send a silly photo or video of yourself. Find or make the perfect GIF to crack them up. Challenge them to an exclusive emoji convo. Make them smile with a funny eCard.


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In order to build a basic robot, you'll need several simple components. You can find most, if not all, of these components at your local electronics hobby shop, or at a number of online retailers. Some basic kits may include all of these components as well. This robot does not require any soldering:  Arduino Uno (or other microcontroller)  2 continuous rotation servos 2 wheels that fit the servos 1 caster roller 1 small solderless breadboard (look for a breadboard that has two positive and negative lines on each side) 1 distance sensor (with four-pin connector cable) 1 mini push button switch 1 10kΩ resistor 1 USB A to B cable 1 set of breakaway headers 1 6 x AA battery holder with 9V DC power jack 1 pack of jumper wires or 22-gauge hook-up wire Strong double-sided tape or hot glue You'll be building the robot's body using the battery pack as a base. This should be the end that the battery pack's wire is coming out of The servos should be touching bottoms, and the rotating mechanisms of each should be facing out the sides of the battery pack. It's important that the servos are properly aligned so that the wheels go straight. The wires for the servos should be coming off the back of the battery pack. Make sure that they are solidly attached to the battery pack. The backs of the servos should be aligned flush with the back of the battery pack. The servos should now be taking up the back half of the battery pack. It should hang over the front of the battery pack just a little bit, and will extend beyond each side. Make sure that it is securely fastened before proceeding. The "A" row should be closest to the servos. If you attached the servos properly, there should be a flat space made by them touching. Stick the Arduino board onto this flat space so that the Arduino's USB and Power connectors are facing the back (away from the breadboard). The front of the Arduino should be just barely overlapping the breadboard. Firmly press the wheels onto the rotating mechanism of the servo. This may require a significant amount of force, as the wheels are designed to fit as tightly as possible for the best traction. If you flip the chassis over, you should see a bit of breadboard extending past the battery pack. Attach the caster to this extended piece, using risers if necessary. The caster acts as the front wheel, allowing the robot to easily turn in any direction. If you bought a kit, the caster may have come with a few risers that you can use to ensure the caster reaches the ground. i
summary: Gather your components. Flip the battery pack over so that the flat back is facing up. Align the two servos on the end of the battery pack. Affix the servos with your tape or glue. Affix the breadboard perpendicularly on the open space on the battery pack. Attach the Arduino microcontroller to the tops of the servos. Put the wheels on the servos. Attach the caster to the bottom of the breadboard.