69.3k views
4 votes
When 100 identical steel balls are placed on a

triple beam balance, their mass is determined to
be 1,450 grams. The mass of a single steel ball
would be closest to

User Marijn
by
3.8k points

2 Answers

4 votes

Final answer:

To find the mass of one steel ball when you know the combined mass of 100 balls is 1,450 grams, divide the total mass by the number of balls, which results in a mass of 14.5 grams per ball.

Step-by-step explanation:

To calculate the mass of a single steel ball when the total mass of 100 identical steel balls is known to be 1,450 grams, you would divide the total mass by the number of steel balls. This process is a simple arithmetic exercise commonly performed in mathematics, particularly when dealing with units of measure.

The equation for this calculation is:

Mass of a single steel ball = Total mass of all steel balls / Number of steel balls

When you substitute the known values into the equation, you get:

Mass of a single steel ball = 1,450 grams / 100

Mass of a single steel ball = 14.5 grams

This means that the mass of a single steel ball would be closest to 14.5 grams.

User Kludge
by
3.9k points
6 votes

Step-by-step explanation:

thank you for the points

User Markus R
by
3.6k points