Explain the factors that affect density. In your explanation, describe what the relationship is between each factor and density, what type of relationship exists (inverse, direct, etc.), and explain why these factors affect density the way they do.
If you have trouble posting your response, you may email it to me at emitsiadis@wjps.org. Make sure to include your first name and last initial and your class number.
Ethan Shluker
ReplyDeleteMass and density: they have a constant effect
Volume and density: they have a constant effect
This is because no matter how big the object in question is as long as it's the same object the destiny will remain the same.
Mass and density are constant as are volume an dB density. The relationship that exists is direct because as one factor increases, the other does too. These factors affect density this way because density is dependent on these factors
ReplyDeleteAshley L. 802
ReplyDeleteThe factors of density include mass and volume. You need mass and volume to find the density. The formula for density is d= m/v so in order to find the density you need the mass and volume. There are inverse,direct cyclic and constant.
*I don't really understand this topic*
Sophia M 831
ReplyDeleteThe factors of density are mass, temperature, and pressure.
As temperature increases, the density decreases, this is a inverse relationship.
As mass increases density stays the same, this is a constant relationship.
As pressure increases, density increases, this is a direct relationship.
All the factors of density include mass, volume, temperature, and pressure. Each factor has a different relationship in a graph. Volume and Density have the same effect and stay the same which is a constant relationship. As temperature increases, density decreases which in an inverse relationship. And Finally, as pressure increases, density increases which is a direct relationship.
ReplyDeleteAll the factors of density are volume, temperature, pressure, and mass.
ReplyDeleteinverse:one increases, one decreases
direct:one increase and one increases
direct: one increases and one increases
All factors of density include mass, volume, temperature, and pressure. Each one is different. Volume and density are always going to stay the same and that is called a constant relationship. Temperature and density on a graph it's called inverse relationship. When the pressure and density on a graph is together it's called direct relationship.
ReplyDeleteKevin Sosa 803
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ReplyDeleteAll the factors of density is temperature, pressure, mass and volume. When the temperature increases, the density decreases and on a graph it would be a inverse relationship. When the pressure rises the density rises with and on a graph it would be a constant. The mass increases, the density say the same and on a graph constant relationship.
ReplyDeleteFranco Oppedisano 9-28-15
ReplyDeleteWJPS 731
The factors that affect density are mass,volume, and pressure. The relationship bewteen all of these factors is that they all relate to the amount of space in an object. An inverse and direct relationship could relate to tempature and density of an object. For an exanple, when tempature increases, density decreases. Pressure and mass have a direct relationship because as pressure decreases, mass decreases.
1) Temperature, pressure, and mass are all factors of Density.
ReplyDelete2)When temperature increases the density decreases and that's an inverse.
When temperature increases the pressure also increases, that's direct.
When mass increases the density remains the same and that's a constant.
3) Reasons why: (1)Density only increases when the temperature is low. (2)Pressure decreases when temperature decreases. (3)The mass of an object doesn't affect its density.
Brendon M. 802
DeleteMichie L. 803
ReplyDeleteFactors of density: volume, pressure, mass, and temperature
Volume and density: constant (both of them stay the same)
Pressure and density:direct (both increase)
Temperature and density: inverse (temperature increases and density decreases)
The factors that affect density are mass, volume, temperature, and pressure. The relationship between density and mass is direct. The relationship between density and volume is constant. The relationship between density and temperature is inverse. The relationship between density and pressure is cyclic.
ReplyDeleteFactors of Density:
ReplyDelete- Temperature
- Pressure
- Mass & Volume
These are all factors that affect density in a different way. When temperature increases, density decreases because the density is higher if its colder. This would be inverse. Also, when pressure increases, density increases too. This would be direct. When mass increases the density stays the same so it would be constant.
Zainab Ali 831/801
The factors that affect density are mass, volume, temperature, and pressure. The relationship between density and mass is a direct relationship on graph. The relationship between density and volume is constant which means it stays the same. The relationship between density and temperature is inverse. The relationship between density and pressure is syclic.
ReplyDeleteJuliet W (803)
ReplyDeleteThe factors that affect density are temperature, pressure, volume and mass. The factors affect density in many ways. Such as the relationship between density and mass is direct. The relationship between volume and density is constant. The relationship between density and temperature is inverse and last but not least the relationship between density and pressure is syclic.
Factors that can effect Density;Pressure,volume,mass,and temperature. Each of the factors represent a relationship. For example the relationship between temperature and density is an inverse relationship. And for volume and density the relationship stays constant. When mass increases density stays the same
ReplyDeleteThe factors that affect density is the mass, temperature, pressure, and volume. These factors affect density in some ways like if it is going to be direct in the graph. The relation ship between density and and pressure is syclic. The relation ship between density and volume is constant it means it stays the same. And the relationship between density and temperature is inverse.
ReplyDeleteFactors that can effect density:
ReplyDelete-mass
-volume
-pressure
-temperature
These four factors affect density greatly. As the mass increases the density stays the same, however if the temperature changes, so will the density. On a graph, this would be an inverse relationship and on a graph with mass versus density, the relationship would be constant.
Andres R. 831
ReplyDeleteThe factors of density are: temperature, pressure, mass and volume.
temperature and density- As temperature increases, the molecules spread out, and that results in density decreasing, this is an inverse relationship.
pressure and density- As the pressure increases, density increases, this is a direct relationship.
mass and density- This is a constant relationship, both the mass and the density stay the same.
volume and density- This is a constant relationship, both the volume and the density stay the same.
temperature affects density the way it does because temperature affects the molecules and temperature changes constantly so its always going to affect the density. Pressure affects density the way it does because the more pressure applied it results in more density since the volume gets smaller. Volume and mass affect density the way it does because you need the mass and volume to get the density so until you have both the constant affect stays.
The factors of density include mass and volume. You need mass and volume to find the density. The formula for density is d= m/v so in order to find the density you need the mass and volume. There are inverse,direct cyclic and constant.
ReplyDeleteThe factors of density include mass and volume. You need mass and volume to find the density. The formula for density is d= m/v so in order to find the density you need the mass and volume. There are inverse,direct cyclic and constant.
ReplyDeleteThe factors that affect density are mass, volume, pressure, and temperature.
ReplyDeleteRelationships:
Mass - constant
Volume - constant
Pressure - direct
Temperature - inverse
As mass rises, density stays the same.
As volume rises, density stays the same.
As pressure rises, density rises.
As temperature rises, density decreases.
Ben Belsky, 802
The factors that affect density are mass, volume, temperature, and pressure. Some relationships are: mass and volume is direct, temperature and density are inverse, volume and density are constant. All of them effect density in there own way.
ReplyDeleteEach of the factors of density encompass temperature, mass, volume, and pressure. Every one of the factors have a different relationship in a graph. First, as temperature increases, density decreases which adds up to an inverse relationship line plot. Volume and Density have the same effect and stay the same which is a constant relationship, as shown on graphs. And lastly, as pressure increases, density increases which is considered to be called a direct relationship.
ReplyDeleteThe four factors that affect density consist of temperature, mass, volume, and pressure. Each one causes a different relationship in a graph. As mass and volume are the main linked pair, they come first. As mass increases, so does volume. When you divide mass by volume, you get density. This is a direct relationship. This works because density if how much mass per cm cubed, mass divided by volume will give you density. A second factor is temperature. As temperature increases, density decreases. This is because as an object is heated, it gains, more energy and expands, increasing volume without increasing mass. This is an inverse relationship. The final factor is pressure. As pressure in creases, so does density. This is because as pressure increases, the object is squeezed to a smaller and small volume there is more matter, or density, compressed into an area. Therefore, more density.
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ReplyDeleteThe factors that affect density are temperature, volume, mass, and pressure. Mass has a constant relationship, temperature has an inverse relationship, volume has a constant relationship, and pressure has a direct one. In all 4 relationships density stays the same
ReplyDeletedensity are affected by volume, mass, pressure, and temperature. When temperature increase, the density decrease because it spreads out so it is an inverse. When pressure increase, the density also increase so it's an direct. When mass increase it just stays so, it's a constant. When volume increase, density decrease. you can use the formula M/V=D
ReplyDeleteMass and Volume: Direct
ReplyDeleteTemperature: Inverse
Pressure:Direct
As temperature increases, the molecules expand and the density decreases.
As mass increases (if the volume does not change) the density also increases, same with volume. This is because of the formula D=M/V
As the pressure increases, the density increases. This is because an object is less dense when the molecules are more expanded, pressure makes the molecules closer so it becomes more dense.
The factors that affect density are mass and volume. Mass is how much the object weighs and the volume is how much space the object takes up. If the mass doesn't change but the volume does, the density will decrease.
ReplyDeleteThe relationships that can be produced are inverse, cyclic, direct and constant. These relationships depend on what happens such as change in temperature or pressure.
Each factor produces the effect because if one factor was missing, you wouldn't be able to find out the density. Also, if one thing was wrong, the rest of it would be wrong too.
Mass and density are Constant and so are volume and density.
ReplyDeleteThis happens because if the object is the same the density will stay the same even if the object gets bigger it will stay the same as long as the density stays the same.
So this would be a Constant relationship because The variables stay the same so nothing is changing so the graph would stay the same also making it a constant graph.
~Amelia baffo 802
the various factors we discussed in class that affect density are temp, volume and mass.Type of relationship that exists between density and temp is inverse because as the temp increase the density decrease.Type of relationship that exists between density and pressure is inverse because as there is more pressure the density increase.Type of relationship that exists between density and mass and volume is direct.
ReplyDeletevolume, mass, and temperature affect density. The relationship between density and volume, and mass is that volume and mass is the solution to finding density (d= m/v). In this i see a constant relationship because the density stays the same.
ReplyDelete-Ariana Mendez 802
The factors that affect density are mass, volume, pressure and temperature. Mass and volume are constant because if both rise, the density stays the same no matter what. As pressure increases, density also increases, so it is a direct relationship. The density increases since the molecules are getting closer together. When temperature increases, density decreases, giving it an inverse relationship. This happens because heat causes things to expand, so when it expands, the molecules are getting farther away from each other (creating more space between them), therefore making the density get smaller.
ReplyDeleteMany things help affect density including temperature, volume, mass and pressure.To find density of an object use the equation D=m/v. Volume and mass are constant relationships that work together to solve for density. Also when density increases temperature decrease. Another relationship is that when pressure increases density increases to so they also work together like the relationship with temperature.
ReplyDeleteThis comment has been removed by the author.
ReplyDeleteFactors that affect density are
ReplyDeletemass, pressure, temperature and volume.
These factors affect density by the relationships. The relationship between density and mass is direct. The relationship between density and volume and density is constant. The relationship between density and temperature is inverse and the relationship between density and pressure is syclic...
The four factors that affect density are, mass, volume, temperature, and pressure. The relationship between mass and density is constant, with volume and density it is also constant. This affects density because you would need the mass and volume to figure out the density, therefore, until you have both of them, the constant affect stays. On the other hand, with temperature and density, they have a inverse relationship. This occurs because temperature affects the molecules and the temperature can change constantly so it will affect the density. But on the contrary, pressure and density have a direct relationship. Pressure tends to make things smaller and the less volume , the denser it is. - Michelle Wright 802
ReplyDeleteYueyi W. 802
ReplyDeleteTemperature, pressure, volume, and mass are factors that affect density. Temperature and density is an inverse relationship because when temperature rises/increases, density also rises/increases. This is because heat makes things larger so molecules are separating resulting in the density decreasing. Pressure and density is a direct relationship because when pressure increases, density increases. Density increases because the molecules are coming together. Mass and volume are constant, because the density doesnt change. Temperature affects the density because the temperature changes the heat which changes how far the molecules go and that changes the density. Pressure affects the density because the more pressure you apply it has a greater density because the volume decreases. Volume and mass dont change.
Mass and Density both have a constant effect. Also, Volume and Density have a constant effect too. This is because density only changes when the temperature changes.
ReplyDelete