Density

Density is figured by when mass is divided by volume. In simulation it showed us that if an item's density is lower than waters density it will float. If the item ways more than waters density it will always sink. 

It doesn't matter how much it weighs or how big or small it is. I will always float if it has less density than water.  Mass/Volume=Density

Density Simulation

To figure out the Density you will have to take (Mass Divided by Volume = Density.) Density often has the units of grams per a cubic centimeter. Remember the grams is the mass and a cubic centimeters as a volume. When you have density it doesn’t really matter the mass, but volume is when your just looking at it. Volume really matters because when you have the right length and everything else to make your object float.

Density Simulation

Density Simulation

Chloe 

If two cubes have the same mass, and their volumes are different, and that means their density’s different also. So, if one cube has the same mass as another cube, but the other cube has a bigger volume, the one with the bigger volume will float and the one with the least amount of volume will sink. 

If two cubes have the same volume, but different masses, the density’s are different also. So it depends on how much mass are in each cube. If one cube has 6kg of mass and the other has 2kg, the 6kg cube would sink, because of the mass. The 2kg cube would float. 

If the cubes had the same density, then they all would float. The formula for density is mass divided by volume. In order for the cubes to float, their density has to be less than the density of the water. 

Density

Density is figured by when mass is divided by volume. In the simulation it showed us that if an item's density is lower than waters density than it will float. If an items density is more than the waters density than it will sink. It doesn't matter how much it weigh or how big or small it is if there is less density than the amount in the water than it will float in the water. M/V=D

Density Simulation

    In the density simulation, I saw that the bigger blocks don’t always sink to the bottom like a rock. Sometimes the smaller blocks were the ones that sunk like rock but other times they floated too. This reminds me about an experiment I did in 6^th grade. Everyone brought a can of pop and we put them in a tub of water one at a time. Though all the cans were the same size, the density of the pop in the can and the amount of pop in each can was each different. Over all, the larger the volume doesn’t mean it will float.

Density

Density

         I experimented on the density simulation game. What I learned from playing the density simulations is that mass is divided volume equals density. And also they can have the same volume but some can have more density on them.  

Density Simulation

To find the density for something you got to take it's mass divided by it's volume.  I learned on the simulation that on some things the more volume you got and the less mass more than likely it's going to float.  If the mass and volume were equal it was probably going to sink depending on the material.  If the item's density passes the density of the water then it will sink no matter what.

Density

Density is a measure of the amount of information on a storage medium . For magnetic tape it is the amount of information recorded per unit length of tape  for a disk, a fixed number of bits per sector, sectors per track, and tracks per disk.It is also degree of consistency measured by the quantity of mass per unit volume.

density

In the density simulation, I learned that density is mass divided by volume. Density determines whether an item floats or sinks. Water's density is 1. If an item has a density above one, it will sink.

Density simulation

Ok so how do you get density? Well you get density by mass divided by volume, that is how you get it. Well Density, Mass, and Volume really matters to make it you get the right length and everything to make it float.

Density Simulation

I learned from the density simulation is that mass divided by volume equals density. When you have a density it doesn't really matter the mass, but volume when just looking at it. It could be big and float or small and sink or vice versa. Density is pretty cool.

Density Simulation

I've learned from the density simulation that just because something has a bigger volume doesn't mean it's more dense. I also learned the bigger the volume an object has the more water it displaces. I've learned that if it is a liquid it is less dense than a solid and if it is a gas it is less dense than a liquid.

Density

I learned that finding density is to take mass divided by volume. When playing the density simulation, I experimented with mass, volume, and density. There were blocks with the same mass, and some with the same volume. Some of the blocks had more density then other blocks. 

Density Simulation

one thing i learned from the density simulation is that just because one is bigger than the other doesn't mean it is heavier

Density Sim.

M/V=D In the density simulator and it showed us that if the density is less than the waters density it will always float. Not matter how big or small. Heavy or light if the density is less than the waters than it will float. Mass divided by volume is density.