WebChemical explanation of how silly putty behaves: There are other bonds between the slime molecules (called hydrogen bonds), which are weaker bonds and can easily break and reform. When the slime is pulled slowly, a few of the hydrogen molecules break, but then reform with another adjacent polymer. WebOCE1001 FSU Ch.5. If all the water in the ocean was evaporated and only the solid salt was left behind, how much salt would there be? View Available Hint (s) -enough to form a layer about 500 feet thick that covers all of Earth. -enough to create a 1-inch-thick coating on the ocean floor. -enough to blanket North America in a foot of salt.

Chemical Bonding Lab: Polarity of Slime and Silly Putty - Studylib

WebThere are no hydrogen bonds between water molecules in a gas phase, so each water molecule acts as an individual. There are no covalent bonds between water molecules … WebThe hydrogen bonds can be readily broken. When small amounts of stress are slowly applied to the putty, only a few of the bonds are broken. Under these conditions, the putty flows. When more stress is applied quickly, many bonds are broken, causing the putty … ada lift dimensions

By Brian Rohrig I - American Chemical Society

WebHello Everybody,In this video, I present something familiar! A toy many of us grew up with. At least in the USA. It's a miracle of accidental chemistry resul... WebAnswer (1 of 2): Boric acid is a common ingredient in the production of silly putty. It's used because it helps create a moldable paste and gives putty its ability to resist heat and light. Boric acid can be found in many household items, including eye … Web21 jun. 2012 · By Amy Cowen on June 21, 2012 6:51 AM. Creating a batch of homemade putty puts polymers in the palm of your hand. This family science activity may inspire nostalgia, but your kids will have a blast exploring the tactile medium. From slime-factor to elasticity to bounciness, homemade putty has all the ingredients for family science … adalimumab immunogenicity