Chocolate Chips

Sometimes, but it depends on what materials are being used exactly. If taking out baking chocolate squares, you have to use baking chocolate chips, not just average chocolate chips or else the recipe will not be correct.

Another view:

I've found that choc. chips usually substitute pretty well for chocolate squares. Just keep in mind that most chocolate chips are "semi-sweet" while chocolate squares may be "bitter-sweet" or completely "unsweetened." If the recipe calls for unsweetened squares, your product will turn out rather sweeter than the recipe intends. If you look on the chocolate chip package, you may find the equivalent listed.

Technically, no, all chocolate chip cookie recipes will contain vanilla because chocolate chips themselves contain vanilla. Most cookie dough recipes call for vanilla because it enhances the chocolate flavour, but additional vanilla in the cookie dough is not required.

Some recipes for cookies do call for self raising flour. However it is best to you the flour suggested in the recipe you are using, as each type of flour has very different properties. For instance, self raising flour contains a rising agent with in the flour, whereas plain flour does not and will not make the cake/cookies rise. So in answer to your question: Yes, but only if that's what it says to use in the recipe.

i want to make eatable baskets can i use any chocolate. And i use chocolate chips.

Put it over a pot of water which is a couple of degrees (F) hotter than the chocolate.

Alternatively, put it on a plate warmer or heating pad set to low.

(Stir occasionally to prevent the sides from cooling.)

Homemade- around 50 mins. From cookie dough- whatever it says on the tub. but if it doesnt, then aout 15 min. if its not cooked yet, then another 5 min and then if its still not, another 5 min.

Nestle's Toll house chocolate cookie dough is not gluten free, because the flour has wheat in it.

it depends on who made or what brand it is, could you please expand on the quiestion pls

why yes they do. they are made of orange jelly ---- No, they have eye spot

80 oz

1 cup = 8 ounces

1 ounce = 0.12 cup

yeah

How big is the cup

A small danish has about 250 calories in it.

heterogeneous

It is a mixture.

Probably in the winter when its nice and cold then to cookies seem amazing.

It depends on who you are. It's your opinion. For me, no. Oreos aren't. They give me stomach aches. Others may say "HECK YES! WHOA! OREOS! HOO HOO HOO! It matters on opinion.

Just the fact that they were in the sun! The sun is HOT!!

Are you serious?

Heat.

Chocolate chips also have a bit of wax in them to help them retain their shape (don't worry it's edible wax, won't harm you, and is in very small amounts).

Wax melts in the heat. Sun causes heat. Therefore, your chocolate chips will melt.

I think the average chocolate chip is half an inch.

6.02x10^23 chocolate chips.

This number is known as Avogadro's number. This number is the constant for the number of molecules in a mole of a substance. If you have 1 mole of Water, you have 6.02x1023 molecules of water. So the same for your chocolate chips. You have 6.02x1023 chocolate chips, because in this case the entire chocolate chip would be your molecule.

This may start you on the path. It is a simple explanation I developed for a 5th-grade lesson on how scientists use similes. At the time Rutherford was working, scientists had discovered that there were two parts of an atom: protons and electrons. They also knew that protons were much bigger than electrons. A scientist named Thomsen said he thought atoms were like chocolate chip cookies. The protons were like cookie dough, and electrons were mixed in like chocolate chips. Rutherford decided to test this idea. He said that if atoms were like chocolate chip cookies, you could make a wall of atoms - like you could built a wall of chocolate chip cookies -- and shine a beam like a light through them, and the beam wouldn't get through. So he tried in an experiment. He didn't use chocolate chip cookies. Instead he used a really thin sheet of gold, made to be as close to one atom thick as he could. But he found out that when he shone the beam at the gold sheet, most of it went straight through the gold and came out the other side. So atoms could not be like chocolate chip cookies. In fact, atoms seemed mostly to be empty space. So Mr. Rutherford tried to imagine what an atom would look like if it were mostly empty space. He thought of another simile. What if atoms were like the solar system? The sun is much bigger than the planets, like protons are much bigger than neutrons. What if atoms were like really tiny solar systems, with electrons orbiting around a clump of protons in the middle? This explanation would match the results of his experiment. Many years later, other experiments have shown similar results. So now, instead of thinking of atoms as chocolate chip cookies, we think of them as tiny solar systems. This answer can be demonstrated by building a wall of cookies with toothpicks. Shine a flashlight, and light will only come through the cracks. However, in Rutherford's experiment, most of the beam (I believe he used gamma rays) went through and hit the reactive film behind the gold. Now imagine a mobile with "suns" made of ping-pong balls and "planets" made of jelly beans set on toothpicks. (I'm not a millionaire. I have to work with the materials I have.) When you shine a flashlight through the "solar systems" of the nuclear model, most of the light goes right through, as they did in Rutherford's experiment with gold. Based on his experiment, Rutherford decided that atoms are not thickly packed together like rows of cookies. Instead, like our solar system, atoms are mostly made up of empty space. Since we are made of atoms, and atoms are mostly empty space, why doesn't light shine through us? The answer is that we are a _lot_ of atoms think. While sun can shine around one leaf, a tree with many leaves arranged in offset layers blocks the light of the sun to create shade. In this example, the leaves are individual atoms, and the many leaves of the tree are like the many atoms in our bodies. This may start you on the path. It is a simple explanation I developed for a 5th-grade lesson on how scientists use similes. At the time Rutherford was working, scientists had discovered that there were two parts of an atom: protons and electrons. They also knew that protons were much bigger than electrons. A scientist named Thomsen said he thought atoms were like chocolate chip cookies. The protons were like cookie dough, and electrons were mixed in like chocolate chips. Rutherford decided to test this idea. He said that if atoms were like chocolate chip cookies, you could make a wall of atoms - like you could built a wall of chocolate chip cookies -- and shine a beam like a light through them, and the beam wouldn't get through. So he tried in an experiment. He didn't use chocolate chip cookies. Instead he used a really thin sheet of gold, made to be as close to one atom thick as he could. But he found out that when he shone the beam at the gold sheet, most of it went straight through the gold and came out the other side. So atoms could not be like chocolate chip cookies. In fact, atoms seemed mostly to be empty space. So Mr. Rutherford tried to imagine what an atom would look like if it were mostly empty space. He thought of another simile. What if atoms were like the solar system? The sun is much bigger than the planets, like protons are much bigger than neutrons. What if atoms were like really tiny solar systems, with electrons orbiting around a clump of protons in the middle? This explanation would match the results of his experiment. Many years later, other experiments have shown similar results. So now, instead of thinking of atoms as chocolate chip cookies, we think of them as tiny solar systems. This answer can be demonstrated by building a wall of cookies with toothpicks. Shine a flashlight, and light will only come through the cracks. However, in Rutherford's experiment, most of the beam (I believe he used gamma rays) went through and hit the reactive film behind the gold. Now imagine a mobile with "suns" made of ping-pong balls and "planets" made of jelly beans set on toothpicks. (I'm not a millionaire. I have to work with the materials I have.) When you shine a flashlight through the "solar systems" of the nuclear model, most of the light goes right through, as they did in Rutherford's experiment with gold. Based on his experiment, Rutherford decided that atoms are not thickly packed together like rows of cookies. Instead, like our solar system, atoms are mostly made up of empty space. Since we are made of atoms, and atoms are mostly empty space, why doesn't light shine through us? The answer is that we are a _lot_ of atoms think. While sun can shine around one leaf, a tree with many leaves arranged in offset layers blocks the light of the sun to create shade. In this example, the leaves are individual atoms, and the many leaves of the tree are like the many atoms in our bodies. Edited to add my information in case someone finds this useful.

There are probably hundreds of ways of interpreting this idea for a recipe. Here is one:

1. Take a large chocolate chip cookie as a "pizza" crust

2. Spread raspberry jam over the top of it as "tomato sauce"

3. Sprinkle shaved coconut or flakes of white chocolate as "cheese"

4. Sprinkle chocolate chips over the top as "toppings"

Because the cocoa butter rises to the surface. It is harmless.

You can vomit from many things. Eating a chocolate chip cookie immediately after eating shrimp is a gross flavor combination. It could cause you to vomit.

170 gm of chocolate is equal to how many cups

4.5 oz