Consider a beaker of water sitting on the pan of an electronic scale that has been tared. A metal weight hanging from a string is suspended in the water and the mass reading on the scale reads 0.10 g. The metal weight falls from the string, rests on the bottom of the beaker, and the reading becomes 0.54 g. (Density water-0.9982 g/ml) What is the mass of water displaced by the metal weight? incorreci, o/1 What is the volume of water displaced by the metal weight? ml not answered 0/1 What is the volume of the metal weight? ml not answered 0/1 What is the mass of the metal weight? not answered 0/1 What is the density of the metal weight? g/ml not answered 0/1

Question 32 of 40 Three blocks of the same mass are placed in front of you. Block A has a volume of 3.0 cm3, block B of 5.0 cm2 , and block C of 10.0 cm3. Which has the higher density? A) Block A B) Block B C) Block C D) All blocks have the same density. E) There is no way to determine without the volume. # 曲

Although the masses of Beaker A and Beaker B were different, you were able to determine the correct masses of your two unknown objects using either beaker. Explain why.

density of water initial mass of erlenmeyer flask 118.957 g final mass of erlenmeyer flask 128.896 g mass of water 10.00 g volume of water 10.00 mL what is denisty of water? average density of water g/mL, show calculations:

If a 53.92 g sample of aluminum is carefully lowered into a graduated cylinder containing 55.0 mL of water. The final volume is 73.9 mL. What is the density of the aluminum? A) what is the volume of aluminum B) what is the density of aluminum? C) what is the units of the density of aluminum in b?

Which one of the following is a unit of mass?A) μL B) Mg C) cd D) mm2 E) in.