Imagine you eat a cold sandwich. The bacteria living on the sand which will experience a rise in temperature when they enter your body. Due to the change in the surrounding temperature, the fluidity of the bacteria's membrane will

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Imagine you eat a cold sandwich. The bacteria living on the sand which will experience a rise in temperature when they enter your body. Due to the change in the surrounding temperature, the fluidity of the bacteria's membrane will

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Answer 1

### Increase

Answer 2

## Step1: Understanding the effect of temperature on membrane fluidity
### The fluidity of a cell membrane is influenced by the temperature. At higher temperatures, the membrane becomes more fluid, and at lower temperatures, it becomes less fluid. This is because the phospholipids in the membrane move more freely at higher temperatures.
## Step2: Relating temperature rise to membrane fluidity
### When the temperature increases, the kinetic energy of the molecules in the membrane also increases. This results in the phospholipids moving more, which in turn increases the fluidity of the membrane.
## Step3: Applying the concept to the bacteria's membrane
### Since the bacteria enter a warmer environment (the human body) from a colder one (the sandwich), the temperature rise will cause an increase in the fluidity of the bacteria's membrane.

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Imagine you eat a cold sandwich. The bacteria living on the sand which will experience a rise in temperature when they enter your body. Due to the change in the surrounding temperature, the fluidity of the bacteria's membrane will

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