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What = the volume Of substarce that has mass of 5.2 9. density 0f 2.3 g/ml?Pagc...

Question

What = the volume Of substarce that has mass of 5.2 9. density 0f 2.3 g/ml?Pagc

What = the volume Of substarce that has mass of 5.2 9. density 0f 2.3 g/ml? Pagc



Answers

A quantity of liquid weighs 4.65 lb with a weight density of $39.8 \mathrm{lb} / \mathrm{ft}^{3} .$ What is its volume?

And question 108 It wants to know the volume in courts of 1.68 kg of olive oil. And it tells you that olive oil has a density of 0.92 g per milliliter. So this will be a fairly straightforward unit conversion calculation. We'll start with the 1.68 kg of olive oil, convert the kilograms, two g by multiplying by 1000. Then when we have units of grams, we can use density to convert the grams two mil leaders, we do so by dividing by the density. Then when we have units of mill leaders, we can convert the mill leaders into leaders. We do this because we have a conversion factor between leaders and courts so we can ultimately get into courts, which is what is requested in the problem one leader is 1.57 quarts. And because of the two significant figures here, we're going to be limited to two significant figures in our answer, 1.2 quarts of olive oil.

Okay, now. Problem 51. You had a bigger You want a big girl right here. This is 42.3 cramps, and now you put liquid in public Good here. And then you get this one. And now you get this. You got that big guy The mass sickos. 52 for 87 g. So, you know, because you add a liquid, the bigger have you, right? And then, you know, the density the link. You know, V b applique with this V the equal. And I didn't Ramiele. First of all, you have to calculate the mass off the liquid first, right? We know the density. So, you know, volume already 15 me, But you don't know mass. Yes, You have to do suppression off the before the empty, bigger and bigger. And they quit. So you have to calculate this one. The mask. Okay. Ha. Play quick. So this egg was sit boy. 22 for 87 grand U minus. Empty one. They were 42 boy, 3 g. Thanks. Yes. We're to see if it right here. Three see fit right there. So the answer is super. Only one because it division

Those calculated the density freaks the following and grounds per cubic centimeter for a form of density is mass divided by volume on 234 grounds divided by 2.2 centimeters cubes. And so this would be equal to density of we're gonna go to 661.1 times 10 to the two grams per centimeters. Cute for be density is mouse over volume, uh, 2.34 kilograms is going to be equal to no grounds. Uh, 2340 grabs. I will show that conversion to point few meters cube. We need to convert this into centimeters. One meter is equivalent to 100 centimeters, but that be cube to this. Be equal to 100 cubes. What you think should be equal to 2.2 times 10 to the six centimetres huge. So 2.2 times 10 to the sixth Sense meters Cube. Let's do the density calculation here this week with the 1.1 times 10 to the negative three grams per centimeters cube for a density for B for C, um, mass and volume are both in different units. So let's convert um £1.2 into grams, so £1 is equivalent to 453.59 grabs. That's equal to two. Sorry, Um, we'll use sick figs afterwards for the calculation. 544.3 grabs and 22.1 feet cubed to 2.1 beat. Cubed on, um, one foot is equivalent to 12 inches. Well, that would be cubed, and then one inch is equivalent to two point 54 centimeters. That would also be cubes. And so we'll go 12 one. And this would give me we'll carry a bunch of six weeks here. UH, 59,465 Centimeters Cube. Let's go ahead and calculator density here densities. Equal amounts of volume. 544.3 grams over 59,465 centimeters Cube. And this would give me now we're going to report this just to two significant figures. 9.2 times 10 to the negative. Three. Dinner service round up 9.2 times 10 to the negative three grams per centimeters Cube to beer density for C and lastly for D, 4.3 tons Let's convert this two grams. So 4.3 tons on and, uh, one in one ton. Um, there is 1000 kilograms. So one ton is 1000 kilograms. And then in one kilogram, we have 1000 grams. So this is equal to 4.3 times 10 to the six grams for the mass. And we have the 4.2 yards cubed yards, cubes and in one yard. Uh, sorry. In one meter yard, just 1.936 yards, 1.936 yards that would be cubed. And then in one meter, we've got 100 centimeters that would also be cubed. Let's work this out here. Um, divide. So we would get 4.14 times 10 to the seven centimetres cubed and last calculator density here mass over volume 4.3 times 10 to the six grams over 4.14 times 10 to the seven centimeters cube. And this would give me a density of zero point. Now we want to think pigs, uh, 0.10 grams per centimeters. Cube would be the density

Density is even by mass over volume equals to 87 grand, divided by 10 centimeter cube equals 2.7 gram per centimeter cube. I am defying it from the table. It comes out to be element.


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