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Q: What is the density of a nugget of gold that has a mass of 965 g and a volume of 50 cm cubed?
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The density of gold is 19.3 g cm3 The density of iron pyrite is 5.0 g cm3 If a nugget of iron pyrite and a nugget of gold each have a mass of 50 g what can you conclude about the volume of each nugget?

The nugget of gold has a volume of 2.6 cm3, and the nugget of pyrite has a volume of 10 cm3.


What is the density of a gold nugget that has a volume of 1.68 cm3 and a mass of 32.4 g?

With the information given, the density of your nugget is about 19.29 g/cc. The density of gold is given as about 19.3 g/cc, so your nugget fits the density requirements for it to be a gold nugget.


A nugget of gold is placed in a graduated cylinder that contains 85 mL of water The water level rises to 225 mL after the nugget is added to the cylinder What is the volume of the gold nugget?

145cm cubed


What is the mass of gold if it has a volume of 10cm cubed and its density was 19.3g cm cubed?

193g


What are the metric measurements of a gold nugget?

The answer depends on what characteristic of the gold nugget you wish to measure: its mass, weight, volume, density, temperature, electrical conductivity, etc.


A nugget of gold with a mass of 521 g is added to 50.0 mL of water The water level rises to a volume of 77.0 mL What is the density of the gold?

Assuming the gold nugget is solid and pure (unlikely in real life!) The volume of the nugget is 77.0 - 50.0 mL = 27.0 mL So density = mass/volume = 521/27.0 = 19.3 g per mL.


A king's crown has a volume of 110 cm cubed and a mass of 1800 g The density of gold is 19.3 g cubed Is the crown pure gold?

Density= Mass/Volume 1800g/110 cm^3 = 16.36 g/cm^3 No, it is not pure gold.


An irregularly shaped gold nugget weighs 24.3g and is found to displace 1.26ml of water. Can it be determined if it is really gold?

You can make a fairly good guess. What the first part of the experiment is designed to do is find the volume of the irregularly shaped nugget. Archimedes is the first to be recorded as offering this solution to finding the volume of an irregularly shaped object. By submerging the object in water, the experimenter can determine the volume of water the object displaces. By knowing the weight of the nugget and the volume of the nugget, and by comparing that to the known density of gold, you can make a fairly good guess as to whether or not it is gold. Let's look. Your nugget displaced 1.26 ml of water. That's 1.26 cubic centimeters of water. The nugget weighs 24.3 grams. Your nugget weighs 24.3 grams per 1.26 cubic centimeters. Divide this out to find the weight per 1 cubic centimeter: 24.3 grams / 1.26 cc = 19.29 grams per cubic centimeter. The density of gold, its weight per unit of volume, can be looked up with ease. As the known density of your nugget is about 19.3 grams per cubic centimeter, which is the known density of gold, there is a strong case for your nugget to be gold.


If you have 80mL of water and you add a gold nugget in the water rises 225mL what is the volume of gold nugget?

145


How can you express the volume of a gold nugget using cubic units?

Submerge it in water and determine the volume (in cubic centimeters) that it displaces. That will be the volume of the nugget.


Silver has a density of 10.5 g cm cubed and gold has a density of 19.3 g cm cubed Which would have a greater mass 5 cm cubed of silver or 5 cm cubed of gold?

None they would have the same..


A nugget of gold is placed in a graduated cylinder that contains 80 ml of water the water level rises to 225 ml after the nugget is added to the cylinder what is the volume of the gold nugget?

nugget is 175 ml