Stainless steel Today we're going to make some durable kitchen stuff! It's up to you to create an alloy that is robust and will withstand the wear and tear of day-to-day use in the kitchen. Invar This time we're going to make a weird combo, computer monitors and toasters. To produce them we need an alloy that, among other things, expands very little when heated. High-strength steel Today we're going to make some car parts. We need a strong steel that is durable, easy to weld, and can be formed into complex shapes. High-corrosion-resistant steel Today we're making some super-thin surgical needles, roughly around half the diameter of a human hair. As if that's not enough, we're also going to produce some state-of-the-art electric shavers.<br><br>For both of these products we need a really special alloy that is strong, flexible, and extremely corrosion resistant - all at the same time. Armor-plate steel Today we're going to make some safes and armored cars. That means you'll need to find an alloy that can take some really rough treatment. Orthopedic steel In today's show we're making some screws and nails. These won't end up at your average construction site, though. Instead they're used, among other things, to help broken bones mend. Since we're producing things for the inside of our bodies, we need a very clean alloy that also combines strength and corrosion resistance. introScene_timeToChoose Now it's time to choose your recipe! introScene_intro1 Hi and welcome. Today, we have a fantastic show for you! We're going to give you a crash course on how to make alloys.<br><br>An alloy, by the way, is a metallic material that's a combination of two or more elements. Fascinating! introScene_intro2 Making alloys is a lot like baking cookies. Your finished result depends on what ingredients you add and at what temperatures you bake them and cool them. introScene_intro3 For example, if you take steel and add more than 12 percent chromium, it will become corrosion resistant or “stainless.”<br><br>Now, let's continue and make some alloys! recipeScene_thatsTheOne That's the one. recipeScene_Wrong0 Wrong recipe, try again! recipeScene_Wrong1 That's not it! recipeScene_Correct0 That's the one! recipeScene_Correct1 That's the one! Well it's about time! recipeScene_ToNextScene Now it's time to make your alloy. alloyScene_Hopeless You're hopeless. I'll mix it for you. alloyScene_Wrong0 Eeeerrrrr! alloyScene_Wrong1 Wrong! alloyScen_Correct0 Great! That's the right mix! Well done! alloyScen_Correct1 Finally! That's the mix we're looking for. alloyScene_ToNextScene Now let's bake some cookies! bakingScene_ToNextScene Now let's look at your final score! bakingScene_Wrong0 I'm not impressed. bakingScene_Wrong1 Not a single cookie, I'm not impressed. bakingScene_Wrong2 Not a single cookie, that's a bummer. bakingScene_Wrong3 You disappoint me, no cookies. bakingScene_Wrong4 I wanted cookies, I ain't got no cookies! bakingScene_Correct0 Wow! That's a lot of cookies! bakingScene_Correct1 That's a lot of cookies! bakingScene_Correct2 Good work! bakingScene_Correct3 Well done bakingScene_Correct4 Excellent work! recipe_ApplicationsInclude Applications include the following: recipe_Info Info: recipe_Ingredients Ingredients: recipe_Name Name: alloy_Nitrogen Nitrogen alloy_Chromium Chromium alloy_Copper Copper alloy_Iron Iron alloy_Manganese Manganese alloy_Molybden Molybdenum alloy_Nickel Nickel RecipeInfoScene <b>*</b> Choose the appropriate recipe for the current challenge.<br><br><b>*</b> Use the arrow buttons to change the selected recipe.<br><br><b>*</b> If you make a mistake, the chef will let you know.<br><br><b>*</b> The fewer mistakes you make, the higher your bonus will get.<br><br><b>*</b> Beat the clock to receive a time bonus.<br><br> AlloyInfoScene <b>*</b> Add the alloying materials according to the recipe.<br><br><b>*</b> Use the arrow buttons to select the alloying material.<br><br><b>*</b> Press the “GO” button to add the selected material.<br><br><b>*</b> If you make a mistake, the chef will let you know.<br><br><b>*</b> You are allowed three mistakes. After that, the chef will take over.<br><br><b>*</b> The fewer mistakes you make, the higher your bonus gets.<br><br><b>*</b> Beat the clock to receive a time bonus.<br><br> BakingInfoScene <b>*</b> Choose the cookie mold(s) that best suits the manufactured steel.<br><br><b>*</b> Use your mouse to drag and drop as many cookies as possible on to your dough.<br><br><b>*</b> Position the cookies so that they don't overlap each other or end up outside your steel dough.<br><br><b>*</b> Misplaced cookies will be marked with a blue outline.<br><br><b>*</b> While you drag a cookie with your mouse you may rotate it with the arrow keys.<br><br><b>*</b> Press “end placing” when you have finished placing your cookies on the dough.<br><br><b>*</b> If you press “end placing” before time runs out you receive a time bonus.<br><br> recipe_Name_1 Stainless steel recipe_Applications_1 <b>*</b> Cutlery<br><b>*</b> Kitchen sinks<br><br> recipe_Simplify_1 (To simplify things we have left out some minor ingredients, including carbon.) recipe_Info_1 This will result in a metal with a lovely corrosion resistance. recipe_Name_2 Invar recipe_Applications_2 <b>*</b> CRT computer monitors<br><b>*</b> Toasters<br><br> recipe_Simplify_2 recipe_Info_2 This will give you an alloy with the nifty feature of close to zero expansion when heated. recipe_Name_3 High-strength steel recipe_Applications_3 <b>*</b> Automobile frames and wheels<br><br> recipe_Simplify_3 (To simplify things we have left out some minor ingredients, including carbon.) recipe_Info_3 This will give you an alloy that's strong, durable, and easy to weld. recipe_Name_4 High-corrosion-resistant steel recipe_Applications_4 <b>*</b> Electric shavers<br><b>*</b> Ultrathin surgical needles<br><br> recipe_Simplify_4 (To simplify things we have left out some minor ingredients, including carbon.) recipe_Info_4 This alloy is a real multitasker, combining high levels of strength, formability, hardness, and exceptional corrosion resistance. It's perfect for parts with complicated shapes that also need to withstand corrosion. recipe_Name_5 Armor-plate steel recipe_Applications_5 <b>*</b> Armored vehicles<br><b>*</b> Safes<br><br> recipe_Simplify_5 (To simplify things we have left out some minor ingredients, including carbon.) recipe_Info_5 If you want steel that can withstand bullets, blasts, and tampering thieves, this one's for you. recipe_Name_6 Orthopedic steel recipe_Applications_6 <b>*</b> Orthopedic implants such as joint replacements<br><b>*</b> Devices that help a fractured bone heal<br><br> recipe_Simplify_6 (To simplify things we have left out some minor ingredients, including carbon.) recipe_Info_6 This will give you steel that combines cleanliness and strength, and at the same time provides a good deal of corrosion resistance.