There are four reservoirs in a system, A, B, C, and D. Each reservoir initially has a different amount of carbon, as seen below.
Reservoir B: 3,500,000 Gt Reservoir D: 85,000 Gt Reservoir A: 4,200 Gt Reservoir C: 710 Gt
Order the rates between the reservoirs from fastest to slowest.

To determine the rates of carbon loss or gain from each reservoir, we need additional information such as the rates of carbon emission, absorption, or transfer between the reservoirs. However, based solely on the initial amounts provided, we can rank them in terms of their initial carbon content from highest to lowest:

1. Reservoir B: 3,500,000 Gt (largest initial amount)

2. Reservoir D: 85,000 Gt

3. Reservoir A: 4,200 Gt

4. Reservoir C: 710 Gt (smallest initial amount)

This ranking orders the reservoirs based on their initial carbon content, with Reservoir B having the most and Reservoir C having the least carbon initially. Without information on the rates of change (emission, absorption, transfer), we cannot determine the rates of change between the reservoirs from fastest to slowest.

There are four reservoirs in a system, A, B, C, and D. Each reservoir initially has a different amount of carbon, as seen below. Reservoir B: 3,500,000 Gt Reservoir D: 85,000 Gt Reservoir A: 4,200 Gt Reservoir C: 710 Gt Order the rates between the reservoirs from fastest to slowest.

Answer :

Other Questions

There are four reservoirs in a system, A, B, C, and D. Each reservoir initially has a different amount of carbon, as seen below.
Reservoir B: 3,500,000 Gt Reservoir D: 85,000 Gt Reservoir A: 4,200 Gt Reservoir C: 710 Gt
Order the rates between the reservoirs from fastest to slowest.