Riddle me this...
There's nothing like homemade! You decide to bake a delicious dessert with only the best of ingredients. Mmmmm, honey sweetened apple pie!
On the prep counter, you have TWO measuring cups -- one is full of water (density of 1 g/mL) and the other full of honey (density of about 1.5 g/mL). In your haste, you accidentally drop a whole apple into the measuring cup of water. Oops! But you notice something....
The water level in the measuring cup went up 300 mL. The apple floated there exactly half submerged.
That must mean the apple has a volume of ____________.
And since you know that the weight of the liquid displaced equals the Buoyant Force on the object (thank you, Archmidedes!), the floating apple has a weight of _________.
You now carefully pull the apple out of the water and in the process of drying it off it slips out of fingers again and goes SPLAT right into the measuring cup of honey. Ugh! Being ever inquisitive, you notice that the level of the honey didn't rise as much as the water, and the apple seems to be floating higher -- only about 1/3 of it is submerged.
With only 200mL of the honey displaced, the weight of the honey displaced is _________________.
Soooooo, the weight of the honey displaced was MORE/LESS/SAME as the weight of the water displaced, because.... ______________________________________________________________ _______________________________________________________________________________.
*****YOUR RESPONSE HAS TO ANSWER ALL FIVE QUESTIONS...
1. Apple's volume? 2. Apple's weight? 3. Displaced honey's weight? 4. More/Less/Same 5. Why is it more/less/same? And don't forget UNITS.
1. Apples Volume = 600 mL
ReplyDelete2. Apples Weight = 300 grams
3. Displaced Honey's Weight = 300 grams
4. Same
5. The apple has the same weight and volume in each example. The honey and water have different densities, which means that there is more grams per mL in honey than in water. Therefore, the apple will displace the same amount of weight, but different volumes of each fluid.
1. apples volume= 600mL
ReplyDelete2. apples weight= 300grams
3. honey weight= 300grams
4. its the same
5.because honeys density its 1.5 g/mL and water is 1 g/mL so when the exact same apple is dropped in each, it will displace the same amout of weight, but more water because it is less dense.
1. Apple's Volume= 600mL
ReplyDelete2. Apple's Weight= 300 grams
3. Displaced Honey's Weight= 300 grams
4. The weight of the honey displaced was the same as the water's displaced weight.
5. The honey's density is 0.5 mL more that the water. Since the same apple was dropped into each cup, the apple will displace the same amount of mL even though the honey is more dense.
Volume of the Apple: 600ml
ReplyDeleteApple's Weight: 300 grams
Weight of the Displaced Honey: 300 grams
Weight of the Honey Displaced: the same
Why?: The apple has the sam density and weight and stays the same in each instance here. On the other hand, the water and the honey have a different densities. The honey's density is of 1.5ml whereas the water's density is 1ml. Once the apple gets dropped it was displace the same weight in each but different volumes depending on the liquid's density.
Apple Volume: 600mL
ReplyDeleteApple Weight: 300g
Honey Weight: 300g
SAME
The only reason the water rises higher than the honey is because the honey has a greater density of 1.5mL versus the water's 1mL. The apple moves the honey less because the honey's density counteracts more weight.
I. Apple's Volume= 600mL
ReplyDeleteII. Apple's Weight= 300g
III. Displaced honey's weight= 300g
IV. Same
V. The weight of the honey displaced was SAME as the weight of the water displaced because of the different densities of the water and honey. Honey is more dense than water because there is more mass ("stuff") inside the given space ("volume"), therefore it rises lower than the water because there is more "stuff" supporting the apple and resisting gravity (buoyancy). Density means how much mass ("stuff") in a given space ("volume").
Apple volume: 600ml
ReplyDeleteApple weight: 300 g
Displaced honey: 300g
Same
Same weight of liquid is displaced, differing densities means the amount of liquid displaced was different
1. The whole apple has a volume of 600 mL, whereas half of the apple has a volume of 300 mL.
ReplyDelete2. 300 grams
3. 300 grams.
4. The same
5. The displaced honey and water displaced weigh the same because although there is more water displaced than honey, the honey is more dense, which means there is more "stuff" in a given amount of space. Because the honey is 1.5 times denser than the water, it will weigh 150% more than the water. Therefore, the displaced honey at 200 mL will equal 300 grams (1.5 x 200) and the displaced water at 300 mL will also equal 300 grams (1 X 300).
1. Apples Volume: 600 ml
ReplyDelete2. Apple Weight: 300 grams
3. Weight of Honey: 300 grams
4. The same
5. Water is less dense than the honey, however the apple displaces the same amount of weight of the each liquid because less honey will be displaced but the honey weighs more, more water will be displaced but it weighs less so their weights will be equal.
1. Apple's volume: 600 mL
ReplyDelete2. Apple's weight: 300 g
3. Weight of the honey displaced: 300 g
4. The same
5. The weight of the honey displaced is the same as the weight of the water displaced because even though they have different densities (honey's density: 1.5 g/mL and water's density: 1 g/mL) the honey weighs more but displaces less, while the water weighs less but displaces more; therefore, their weights are the same.
1. Apple’s volume: 600mL
ReplyDelete2. Apple’s weight: 300g
3. Displaced honey’s weight: 300g
4. The same
5. While the weight of the displaced honey and water are equal, the honey is 1.5x more dense. This means there is more mass inside a given volume. It rises lower than the water because there is more buoyancy (resistance to gravity) supporting the apple. The displaced honey will equal 300g at 200 mL and the displaced water will equal 300g at 300g, exactly the same weight.
1. Apple's volume= 600mL
ReplyDelete2. Apple's weight= 300g
3. Honey's weight= 300g
4. Same
5. the weight displaced is the same. Although more water was displaced than honey was displaced it evens out to weigh the samebecasue honey is more dense
1. Apple's volume= 600mL
ReplyDelete2. Apple's weight= 300g
3. Honey's weight= 300g
4. The same
5. Honey is more dense than water, so more water is displaced, however, the same amount of weight is displaced even though the water is much less dense and is displaced more than the honey is.
The apple has a volume of 600 milliliters
ReplyDeleteThe apple must weigh 300 grams
The honey must weigh 300 grams
They are the same
Although the honey is more dense than water the same amount of each WEIGHT is displaced. However, different amounts of liquids in mL were displaced.
This comment has been removed by the author.
ReplyDelete1. The apples volume is 600mL.
ReplyDelete2. The apples weight is 300g.
3. The Honey’s weight is 300g.
4. 4. The weight of the honey displaced was the same
5. They weight the same because the honey is denser (it has more mass in a given space) even though there is more water displaced than honey. Honey rises lower than the water because it is more buoyant (there is more stuff holding the apple).
1. Apple's volume: 600 mL
ReplyDelete2. Apple's weight: 300 g
3. Honey's weight: 300g
4. The same.
5. The honey is more dense than the water, so more water is displaced resulting in them to even out. This causes both the water and the honey to weigh the same.
1. Apple's volume? =600mL
ReplyDelete2. Apple's weight? =300g
3. Displaced honey's weight? =300 g
4. More/Less/Same =Same
5. Why is it more/less/same?
Even though the water is much less dense and is displaced more than the honey is, the honey is denser than water, so less is displaced, however the same amount of weight is displaced.Since the same weights of liquids were displaced, but there are differing densities, the amount of liquid displaced was different.
1.Apple volume is 600ml
ReplyDelete2.Apple's weight is 300g
3.Honeys weight is 300g
4. The same weight
5. The weight is the same because honey is denser, however there is more water, but the mass of the honey is greater
1. Apple’s Volume = 600 mL
ReplyDelete2. Apple’s Weight = 300 g
3. Weight of honey displaced = 300 g
4. Same
5. The apple has the same weight in both scenarios; since the weight affects the weight of the amount displaced, they’re the same. The apple is 300 g, therefore the buoyancy will be the same even though the honey has a greater density.
1. Apple's volume? 600 mL
ReplyDelete2. Apple's weight? 300 g
3. Displaced honey's weight? 300 g
4. More/Less/Same? Same
5. Why is it more/less/same? Since the honey and water have different densities it means that there is more grams per mL in honey than in water. Due to that, when the apple is dropped into each cup it will displace the same amount of mL.
1. 600 mL
ReplyDelete2. 300 grams
3. 300 grams
4. The same
5. The reason the displaced water and honey stay the same is because even though there is more displaced water than honey, the honey is more dense ( more "stuff"). Thus, displaced honey: 200 mL times 1.5 = 300 grams. Displaced water: 300 mL times 1= 300 grams.
1. 600 mL
ReplyDelete2. 300 g
3. 300 g
4. Same
5. The honey is much more dense than the water because of the particles in the honey, so the ball is displaced the same amount as its weight. It is going to be higher in the honey due to the buoyancy and lower in the water due to less particles.
1. 600 mL
ReplyDelete2. 300 grams
3. 300 grams
4. Same
5. The weight of the honey displaced was the same as the weight of the water displaced because even though there was more displaced water than honey, the honey is more dense. Therefore, both the displaced honey and the displaced water weigh 300 grams.
1. apples volume= 600mL
ReplyDelete2. apples weight= 300grams
3. honey weight= 300grams
4. its the same
5. The same weight of liquid is displaced which causes differing densities meaning that the amount of liquid displaced was different.
1. Apple's volume: 600 mL
ReplyDelete2. Apple's weight: 300 g
3. Weight of the honey displaced: 300 g
4. Same
The weight of the honey is the same as the weight of the displaced water because while they have different densities, the honey did not displace as much because its weight, while the water weighs less but displaces more; So, this proves that they weigh the same.
1. 600 mL
ReplyDelete2. 300 grams
3. 300 grams
4. Same
5. The weight of the honey displaced was the same as the weight of the water displaced because the honey is more dense, so despite there being more displaced water they both weigh 300 lb, as a result of the honey being denser than the water.
1.AV:600mL
ReplyDelete2.AW:300g
3.Honey's Displacement:300g
4 It's all the same
Ultimately the honey,which equals that of the displaced water,because there was more water being displaced,but the honey is much more dense, so this concludes that water and honey are equal.
1. 600 mL
ReplyDelete2. 300g
3. 300g
4. The weight of the honey displaced was the same as the weight of the water displaced.
5. Even though more water was displaced, they weigh the same because honey is denser than water, 1.5 times denser. It has more "stuff" in a given amount of space. Because the honey is 1.5 times denser than water, and even though it had less displaced, with the given amount of honey displaced and the given amount water displaced, they both ended up being 300g.
1. 600ml
ReplyDelete2.300g
3.300g
4. It is the same in both measuring cups because even though honey is denser then water, the ball floats up higher in the honey than in the water thus equalizing the amount displaced in both situations.
1) 600 mL
ReplyDelete2) 300g
3)300g
4) same
5) it is the same because the mass of the apple didn't change, just the density of the liquid it was dropped into. The same amount of fluid was displaced both water and honey when the apple was submerged.
1. 600 mL
ReplyDelete2. 300g
3. 300g
4. The weight and volume of the apple never changed, just the density. Although more water was displaced than honey, the honey is denser. the honey is 1.5 times more dense than the water and 1.5 times as much water was displaced as honey.
1. 600mL
ReplyDelete2. 300g
3. 300g
4. same
5. the weight of the apple doesnt change only the density of the liquid it was placed into, because the honey is denser less liquid was displaced.
1. 600 mL
ReplyDelete2. 300 grams
3. 300 grams
4. The same
5. The weight of the honey displaced is the same as the weight of the water displaced because the buoyant force is the same in both cases. The only reason the apple floats higher in the honey is because the density of the honey is higher, therefore having more molecules to hold the apple up. Because the weight of the liquid displaced equals the amount of buoyant force. The weight of the honey is therefore equal to the weight of the water.
1. Apples Volume: 600 mL
ReplyDelete2. Apples weight: 300 grams
3. Honeys displacement: 300 grams
4. Its the same
5. The weight of the honey displaced is the same as the weight of the displaced water because honey is more dense than water even though there was more water displaced than honey. The honey weighs more but displaces less than the water which ways less and displaces more.
1) 600 mL
ReplyDelete2) 300g
3) 300g
4) it was the same because
5) the weight of the apple does not change but because honey is more dense than water there is more grams per mL in honey. Therefore the liquid displaced weighed the same amount but in different volume.
1) Apple's olume is 600ml
ReplyDelete2) Apple's Weight is 300g
3) The honey displacement is 300g
4) It is the same
5) The honey and the water are the same since the honey is more dense. In the same amount of space, there would be more honey, as it is 1.5 grams for every milliliter, unlike water which is a one to one ratio. Being that honey is more dense, it would make for the weight of the displaced liquids to be the same even in different volumes.
1.) 600 mL
ReplyDelete2.) 300 g
3.) 300 g
4.) They are the same
5.) The honey and water are the same because even though the water is more displaced, the honey is 1.5 times more dense making the amount of water displaced and honey displaced both equal 300 g.
1. The apple has a volume of 600mL.
ReplyDelete2. The apple weighs 300g.
3. The displaced honey weighs 300g.
4. It is the same.
5. As the honey is more dense than the water, the apple will displace a lesser VOLUME of honey than it would of water, the weight of the two volumes of displaced liquid will be equivalent.
1. Apple's Volume = 600 mL
ReplyDelete2. Apple's Weight = 300 grams
3. Displaced Honey's Weight = 300 grams
4. The same
5. The weight of displaced honey and water is equal because honey's density is greater than the density of water. Although more water is displaced, they both weigh 300 g because the density of the honey is 1.5 times greater than that of the water.
1.Apple's Volume = 600 mL
ReplyDelete2. Apple's Weight = 300 grams
3. Displaced Honey's Weight = 300 grams
4. Same
5. the weight of the apple does not change but because honey is more dense than water there is more grams per mL in honey. So the liquid displaced weighed the same amount but in different volume
1) Apples volume: 600 mL
ReplyDelete2) Apples weight: 300 g
3) Honey's weights: 300 g
4) The same
5) since honey is denser than water, the weight of both is the same because the weight of the object is equal to the amount of water displaced.
1. Apples volume: 600mL
ReplyDelete2. Apples weight: 300grams
3. Honey weight: 300grams
4. It is the same.
5. The honey's density is 1.5 g/mL and the water is 1 g/mL; thus, when the same apple is dropped, it will displace the exact same amount of weight. However, more water will be displaced since it isn't as dense.
1.. Volume of apple: 600ml
ReplyDelete2. Weight of apple: 300grams
3.weight of homey: 300 grams
4. The same
5. Because the density of honey is larger than that of water the apple will displace more water than honey because the weight of the object is equal to the amount of water displaced.
Apple's Volume - 600mL
ReplyDeleteApple's Weight - 300 grams
Displaced Honey's Weight - 300 grams
Both are the same
Due to the honey being denser than the water, the apple is able to displace more water than honey. The amount of water displaced equals the weight of the apple.
- Mo
1. Volume of the apple: 600 ML
ReplyDelete2. Apples Weight: 300 grams
3. Weight of the Honey: 300 grams
4. They are both the same
5. Because the honey is denser than the water, the apple is able to displace more water than honey. This is possible because the amount of water displaced is equal to the weight of the apple.
1. Apple Volume: 600ML
ReplyDelete2. Apple Weight:300G
3. Honey Weight:300G
4. The same
5. The honey is much more dense than water, and there are more particles holding the apple up in the honey as opposed to the water.
1. Apple's Volume: 600 mL
ReplyDelete2. Apple's Weight: 300 g
3. Honey's Weight: 300 g
4. The same
5. The honey has more density than the water, allowing the apple to displace more water than honey. The Apple can only displace more water because they both have equal weight compared to the combined weight of the apple and the honey together.
The Apple's Volume is 600mL
ReplyDeleteThe Apple's Weight is 300g
The Honey's weight is 300g
Both are the same
Honey is .5mL denser than water because the molecular structure can support the weight of the apple better than water.
Apple's volume: 600mL
ReplyDeleteApple's weight: 300g
Honey's weight: 300g
Both are the same.
The honey's density is 1.5 g/mL and the water's density is 1 g/mL. When the apple is dropped, both cups will displace the same amount of weight. More water will be displaced because water is less dense than honey.
1) 600 ml
ReplyDelete2) 300 ml
3) 300 ml
4) They are both equal
5) Since the honey is more dense than the water, the apple displaces more water. That amount of water displaced is the same weight of the apple.
1. Apple's volume: 600 mL
ReplyDelete2. Apple's weight: 300 g
3. Displaced honey: 300 g
4. Same
5. Honey is more dense than water which is why the weight of the displaced honey and water is equal.
1. Apple's volume: 600 mL
ReplyDelete2. Apple's weight: 300 g
3. Displaced honey: 300 g
4. Same
5. Honey is more dense than water which is why the weight of the displaced honey and water is equal.
1. Apple's volume: 600 mL
ReplyDelete2. Apple's weight: 300 g
3. Displaced honey: 300 g
4. Same
5. Honey is more dense than water which is why the weight of the displaced honey and water is equal.
1. The apple has a volume of 600mL.
ReplyDelete2. The apple weighs 300g.
3. The amount of displaced honey is 300g.
4. The weight of the honey displaced is equivalent to the weight of the water displaced.
5. Honey is more dense than water, the more particles within the honey equal a greater buoyant force against the apple, causing it to float higher. The weight of the water displaced is equivalent to the amount of honey displaced; because water is less dense, less particles in the water create a smaller buoyant force causes the apple to sink deeper than in the honey.
1. Volume of the apple: 600 ML
ReplyDelete2. Apples Weight: 300 grams
3. Weight of the Honey: 300 grams
4. They are both the same
Even though more water was displaced, the apple weighs the same in both the honey and the water because the honey has more 1.5 times more "stuff" in a given amount of space than the water.
Even though more water was displaced, they weigh the same because honey is denser than water, 1.5 times denser. It has more "stuff" in a given amount of space. Because the honey is 1.5 times denser than water, and even though it had less displaced, with the given amount of honey displaced and the given amount water displaced, they both ended up being 300g.
1. Volume of the apple: 600 mL
ReplyDelete2. Wight of the apple: 300 g
3: Weight of honey displaced: 300g
4. The same!!!
5. Although less liquid was displaced when the apple was dropped in the honey than when the apple was dropped in the water, same relative amount of buoyant force is pushing back on the apple. Since honey is more dense than water, it displaces less fluid, but its denser consistency (1.5 g/mL vs. the water's 1 g/mL) makes up for the lost liquid displaced.
Apples Weight 600mL
ReplyDeleteApples Volume 300g
Same weight of honey displaced
Honey is much more dense than water allowing the displacement of liquid to be equal.