There are 600 old-growth trees in a forested area measuring 100 acres. A biologist calculates a unit rate based on the data that was collected. Determine what conclusion the biologist can make about the forest.(1 point)
The biologist can conclude that on average, there are 6 old-growth trees per acre in the forested area.
To determine the conclusion the biologist can make about the forest, let's calculate the unit rate.
The unit rate is the ratio of the number of trees to the area in acres. Therefore, we divide the number of trees (600) by the area (100 acres):
Unit Rate = Number of trees / Area in acres
= 600 trees / 100 acres
= 6 trees/acre
The conclusion the biologist can make about the forest is that there are an average of 6 old-growth trees per acre in the forest.
To determine the conclusion the biologist can make about the forest, we need to consider the unit rate that was calculated based on the data collected.
To calculate the unit rate, we divide the number of old-growth trees by the size of the forested area. In this case, there are 600 old-growth trees in a forested area measuring 100 acres.
Unit Rate = Number of old-growth trees / Size of forested area
Unit Rate = 600 trees / 100 acres
Simplifying this expression, we get:
Unit Rate = 6 trees/acre
From the unit rate, we can conclude that there are an average of 6 old-growth trees per acre in this forested area. This information gives insight into the density of the old-growth trees in the forest and can be used to assess the health and abundance of the forest.