A cube of unknown metal that is 1.5 cm on a side has a mass of...

Question

Question

A cube of unknown metal that is 1.5 cm on a side has a mass of 41.05 g. What is the mass of a larger cube that is 2.0 cm on each side?

A. 17 g
B. 55 g
C. 97 g
D. 73 g
E. 120 g

Answer 1

Answer #1

Answer 2

Similar Homework Help Questions

A cube of metal has a mass of 0.317 kg and measures 3.11 cm on a...

A cube of metal has a mass of 0.317 kg and measures 3.11 cm on a side. Calculate the density of the metal. ρ = kg/m3
a metal cube has a measure of 2.54 cm of length. if the cube has a...

a metal cube has a measure of 2.54 cm of length. if the cube has a mass of 44.25 grams determine the material used to fabricate it using the following table a) steel b) acrilic c) aluminum d) copper The Table below lists identifying characteristics and specific densities for materials in this set. Material Characteristics Density (g/ml) Copper Cube Gold Cube 8.9 Copper Brass 8.0 Grey Cube Silver Cube Steel 7.6 Aluminum 2.7 Acrylic 1.16-1.19 Clear Cube 0.60-0.90 Oak Thin...
3. A) The density of a metal cube is 45.0 g/L and has a mass of...

3. A) The density of a metal cube is 45.0 g/L and has a mass of 2.55 kg. What is the length of one side of the cube? B) Calculate the following: 4.4 x 10 + 2.22 x 10

3. A) The density of a metal cube is 45.0 g/L and has a mass of...

3. A) The density of a metal cube is 45.0 g/L and has a mass of 2.55 kg. What is the length of one side of the cube? B) Calculate the following: 4.4 x 103 +2.22 x 10-1 I 4. Balance the following chemical equations a) A:B.CD3 → AC2 + D2 + C2 + B2C b) ABC3 + D2 + E -> BD4 + AD3 + EC
Three objects are placed in water. Cube A (0.5 m on a side) has a mass...

Three objects are placed in water. Cube A (0.5 m on a side) has a mass of 2.0 kg. Cube B (1.2 m on a side) has a mass of 4.0 kg. Cube C (2.0 m on a side) has a mass of 1.0 kg. Which cubes float? Which cube experiences the greatest buoyant force? Which experiences the least buoyant force? Show your work and/or explain your reasoning. (20 pts, 10 for floating, 10 for buoyant force)
Part A A cube 5.5 cm on each side is made of a metal alloy. After...

Part A A cube 5.5 cm on each side is made of a metal alloy. After you drill a cylindrical hole 2.5 cm in diameter all the way through and perpendicular to one face, you find that the cube weighs 6.70 N What is the density of this metal? Express your answer with the appropriate units. ρ.1 Value ! Units Submit My Answers Give Up Part B What did the cube weigh before you drilled the hole in it? Express...

A cube of copper metal has a density of 8.96 g/cm3. The cube has a mass...

A cube of copper metal has a density of 8.96 g/cm3. The cube has a mass of 29.54 g. The atomic radius of a copper atom is 1.28 angstroms. How many atoms is the cube of copper metal?
Calculate the density of a solid substance if a cube measuring 2.55 cm on one side...

Calculate the density of a solid substance if a cube measuring 2.55 cm on one side has a mass of 125 g. Answer: ? g/cm^3 Calculate the mass of a cube of the same substance measuring 8.35 cm on one side. Answer: ? g Please show all steps with explanation! Thankyou
A cube of side length of 50 cm is lowered carfully with top and bottom parellel...

A cube of side length of 50 cm is lowered carfully with top and bottom parellel to the surface into a clear, freshwater lake. A) when the top of the cube is 4.5 cm below the surface what is the total force due to the water in the top of the cube? B) What is the total force on the bottom? C) what is the net force due to water on the cube? Explain the effect of water on the...

QULIOL DI LUMILLI ILJ Oil 28% 10 cm (a) A cube of side length 10.0 cm...

QULIOL DI LUMILLI ILJ Oil 28% 10 cm (a) A cube of side length 10.0 cm and made of an unknown materials floats at the interface between water and oil. The oil has a density of 810 kgm . Cube floats so that it is 72% in the water and 28% in the oil. Calculate the mass of the cube and the buoyant force on the cube. 72% Water 10 cm A firehose with a diameter of 70 mm is...