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Break the piggy bank open and count up the change! Make sure to use a decimal point to show values under $1.00. 86 cents = $ .86

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Break the Bank and learn how to count money! In this game, kids get to break open fun piggy banks to reveal coins and dollars. Count the money correctly in order to get to a fun bonus game!

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Click on Grade 2 Games.

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Students will absolutely need to know how to handle money in their daily lives. Math Games is here to make sure that happens! Our free educational games motivate kids to hone and develop this skill by combining instructional tools with competitive fun.

Our games can be played on computers and mobile devices, and we offer other free resources (such as printable worksheets) to facilitate math review inside and outside the classroom. Pupils can use our tools to practice:

Counting and understanding money values

Adding and subtracting money

Making change and interpreting price lists

Calculating tips, markups, discounts and commission

Understanding simple and compound interest

With Math Games, pupils complete tasks that are specially tailored to their individual abilities and grade level, and get to have a blast in the process! Choose a skill to start playing now.

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math games practice money free math games practice common core standards

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Students will absolutely need to know how to handle money in their daily lives. Math Games is here to make sure that happens! Our free educational games motivate kids to hone and develop this skill by combining instructional tools with competitive fun.

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Count the coins in the box. Make trades to make counting easier! Note the total in the upper right corner of the box.

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Modes

There are 5 modes in this interactive:

1. Count- The goal is to find the value of the coins.

2. Collect- The goal is to collect the value indicated.

3. Exchange- The goal is to exchange your coins to obtain the fewest coins possible.

4. Change from Coins- The goal is to find the amount of change for $1.00, if what is owed is shown in the workspace.

5. Change from Value- The goal is to find the amount of change for $1.00 for the value indicated.

Features

For all games, you can start either in the coin or coin tile view. The view can be changed using the buttons in the lower right hand corner of the interactive. By default, games will start in the coin view.

Toolbar

The blue toolbar at the top allows you to:

Change the mode of the game.

Enter in your answer.

Check your work.

Reset the current problem.

Move onto a new problem.

Active Workspace

The workspace area is where you will do all the work to complete a problem.

You can add, remove, and move coins in this area.

In the coin tile view, there will be a coin box where you can arrange coin tiles to help you count the value. The darker 5×5 outlines allow for counting similar to a ten-frame.

Bank

The left bank allows you to add and remove coins to and from the active workspace.

The bank is also used in exchanging coins.
Use the green exchange button to change coins from the workspace for an equivalent group of coins.

Any number of coins may be moved to either area as long as the total of both halves are equal.

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Learn how to count, collect, exchange, and make change for coins by manipulating coins using an array representation.

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3D Shapes I Know (solid shapes song- including sphere, cylinder, cube, cone, and pyramid)

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- [Instructor] How many faces does the following shape have? Pause this video, and see if you can figure that out. All right, I'm assuming you paused, and I'll see if we can work through it together. And I'm gonna actually try to color the faces. So, we have this face over, whoops, let me do it in my, this other tool, so we have this face over here in the back. So that's one face. So that's one. Then you have this face right over here, also in the back. The only way we can see this is because they've drawn it so that it is transparent. So that is the second face. Now you have this triangular face on top. So let me color that in. So you have this triangular face on top. So that's going to be our third face, third face. And then you have this triangular face on the bottom. That's gonna be our fourth face. That's going to be our fourth face. And then the key question is are we done? Looks like I've colored all the ones that I can see, but there's one a little bit tricky here. There's the one that we are actually seeing through. There is the face, there's, let me pick a color, there's the face out front that we can see through so that we can see faces one, two, and four. So that's actually going to be our fifth face. The way they've drawn it, it's like it's made out of glass, so we can see faces one, two, and four. But that is our fifth face. And so this thing has five faces. All right, let's do another example, but instead of faces, we're gonna think about edges. So how many edges does the following shape have? Pause the video, and see if you can work through this. Okay, let's work through this together now. And I'm just gonna count these edges. So the edges are where two faces meet. So this is an edge right over there. So that's one edge. There's an edge back here, we can see 'cause it's transparent. That is our second edge. We have this one over here. That is our third edge. We have this one over there. That is our fourth edge. Then we have this one over here. That is our fifth edge. Now we have this here. This is our sixth edge. Let's see, all we have left is this one, which is edge number seven. And then last but not least, this edge of here, which is edge number eight. And I actually found this very valuable to color 'em in to make sure that I wasn't missing an edge or double-counting an edge. So this thing has eight, eight edges. Actually, if you're curious, just for extra practice, how many faces does this have? Well, we can count those as well. This has one face back there, another face back there. So that's two faces. And then you have a third face, which is the base, this rectangular face. So that's three faces. And then you have your two faces out front. You have this face that we're seeing through, and then we have that face that we're seeing through. So even though they're asking edges, just for practice, we figured out that this thing has five faces, one for the square base and then four triangular faces for these sides to make this square pyramid. So it has eight edges and five faces.

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Counting faces and edges of 3D shapes (video) | Khan Academy

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Instructor] How many faces does the following shape have? Pause this video, and see if you can figure that out. All right, I'm assuming you paused, and I'll see if we can work through it together. And I'm gonna actually try to color the faces.

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3D Shapes

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Which 3D shape has six square faces? Which has no flat faces? Get to know cubes, spheres, and rectangular prisms in this online learning activity. Dino Crunch: Attributes of 2D and 3D Shapes helps first graders review geometry topics and identify 3D objects in a fun, dinosaur-themed exercise. They'll have to use their critical thinking skills to figure out which attributes go with which shapes!

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Subject

View aligned standards

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Dino Crunch: Attributes of 2D and 3D Shapes | Game | Education.com

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Find all the cubes, prisms, and spheres! In this Dino Crunch math game, children use their shape knowledge to find 3D objects.