m¹n_temp = None min_index = None for i in range (len (temps)): if : min_temp = temps [i]
m¹n_temp = None min_index = None for i in range (len (temps)): if : min_temp = temps [i]
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
Related questions
Question
Fill in the second blank with a statement completing the program so that after the loop executes, the variable min_index contains the index in the list corresponding to the minimum temperature.
![The image shows a Python code snippet designed to identify the minimum temperature from a list. It's partially incomplete, with placeholders indicated by underscores. Here is the transcribed and described code snippet:
```python
min_temp = None
min_index = None
for i in range(len(temps)):
if _______________:
min_temp = temps[i]
_______________
```
### Breakdown:
1. **Variables Initialization:**
- `min_temp`: Initialized to `None`, intended to store the minimum temperature found.
- `min_index`: Initialized to `None`, meant to store the index of the minimum temperature.
2. **Loop:**
- `for i in range(len(temps))`: Iterates over the list `temps`, where `temps` is presumably a list containing temperature values.
3. **Conditional Statement Placeholder:**
- `if _______________:`: This condition is missing but would typically check if the current temperature is less than `min_temp` or if `min_temp` is `None` (to initialize it during the first iteration).
4. **Updating Minimum Temperature:**
- `min_temp = temps[i]`: Sets `min_temp` to the current temperature if the condition is satisfied.
5. **Additional Update Placeholder:**
- `_______________`: Could potentially be updating `min_index` to `i` if the new minimum is found.
This code, once completed, should iterate through the temperatures to find and store the minimum value and its index in the list.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F02c99683-a01b-4e64-96f8-7137fedec6c4%2Fff0ffadc-69be-40b3-864d-add6e19f8ecf%2Fnl1ewlg_processed.png&w=3840&q=75)
Transcribed Image Text:The image shows a Python code snippet designed to identify the minimum temperature from a list. It's partially incomplete, with placeholders indicated by underscores. Here is the transcribed and described code snippet:
```python
min_temp = None
min_index = None
for i in range(len(temps)):
if _______________:
min_temp = temps[i]
_______________
```
### Breakdown:
1. **Variables Initialization:**
- `min_temp`: Initialized to `None`, intended to store the minimum temperature found.
- `min_index`: Initialized to `None`, meant to store the index of the minimum temperature.
2. **Loop:**
- `for i in range(len(temps))`: Iterates over the list `temps`, where `temps` is presumably a list containing temperature values.
3. **Conditional Statement Placeholder:**
- `if _______________:`: This condition is missing but would typically check if the current temperature is less than `min_temp` or if `min_temp` is `None` (to initialize it during the first iteration).
4. **Updating Minimum Temperature:**
- `min_temp = temps[i]`: Sets `min_temp` to the current temperature if the condition is satisfied.
5. **Additional Update Placeholder:**
- `_______________`: Could potentially be updating `min_index` to `i` if the new minimum is found.
This code, once completed, should iterate through the temperatures to find and store the minimum value and its index in the list.
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