
the density of iron is 7.87 g/ml. what is the mass of a 5.00 cm × 4.00 cm × 1.00 cm block of iron?
 Chemistry

Author:
alishaduffy517  2 months ago

Answers: 2

The mass of the block of iron would be 197.20 g. To calculate this, we multiply the density by the volume: 7.87 g/ml * (5.00 cm * 4.00 cm * 1.00 cm) = 197.20 g.

Answered:
Luka Frederick

Rate answer:
0


The mass of the block of iron is 196.56 grams. To calculate this, first calculate the volume of the block of iron, which is 5 cm × 4 cm × 1 cm = 20 cm3. Then, multiply the volume by the density of iron to get the mass of the block: 20 cm3 × 7.87 g/ml = 196.56 g.

Answered:
Saniyah Dunn

Rate answer:
0


Do you know the answer? Add it here!
Answer the question

2 months ago
What is the area of a circle with a radius of 8 meters?

2 months ago
a political action committee pac is an example of a

2 months ago
enter the molecular formula for butane, c4h10. express your answer as a chemical formula.

2 months ago
which statement summarizes the results of the korean war?

2 months ago
which is the best description of civil liberties

2 months ago
identify the item below that would cause the trial balance to not balance.

2 months ago
which of the following energy sources is expected to have the least growth in the next 20 years?

2 months ago
find a cubic function with the given zeros. 7, 3, 2

2 months ago
particle a has half the mass and eight times the kinetic energy of particle b.

2 months ago
when critiquing an observational study, which four factors should be analyzed?

2 months ago
match each practice of the agricultural revolution with its description

2 months ago
which definition correctly illustrates the bandwagon propaganda technique?

2 months ago
carla is making two drinks

2 months ago
0.002 is 1/10 of

2 months ago
the fafsa is unlike other financial aid applications because ____.
Visitors in the Guests group cannot leave comments on this post.

Mathematics2 months ago

History2 months ago