Negative feedback loops __ Help to stabilize our environment because as one side of the loop goes in one direction, the other side goes in the opposite direction. Are always good Are always bad Can cause events to reach extremes because as one side of the loop goes in one direction, the other side continues to go in that same direction.

## Step 1<br />Negative feedback loops are a type of control mechanism in systems where the output of a process is reduced, leading to a decrease in the original effect of the process. This is a self-regulating mechanism that helps to stabilize the system.<br /><br />## Step 2<br />The statement "Negative feedback loops help to stabilize our environment because as one side of the loop goes in one direction, the other side goes in the opposite direction" is correct. This is because the negative feedback loop works to counteract the change, bringing the system back to its original state.<br /><br />## Step 3<br />The statement "Negative feedback loops are always good" is not entirely correct. While they do help to stabilize systems, they can also lead to stagnation or lack of growth if the system becomes too reliant on the negative feedback loop.<br /><br />## Step 4<br />The statement "Negative feedback loops are always bad" is also not correct. While they can lead to stagnation, they can also be beneficial in certain situations, such as in the regulation of body temperature.<br /><br />## Step 5<br />The statement "Negative feedback loops can cause events to reach extremes because as one side of the loop goes in one direction, the other side continues to go in that same direction" is incorrect. This is a description of positive feedback loops, not negative ones. In positive feedback loops, the output of a process is amplified, leading to an increase in the original effect of the process.