2. Write a program that search a letter in a list. Save it as searchLet.py. a) Create a list named vehicles: car, Truck, boat, PLANE. b) Request a user input for a search letter. c) Use the decision structure in a for loop to search all the items which contains the input letter (ignoring case) in the list. d) Print the item and its position in vehicles if it exists. Otherwise, print the statement indicating it does not contain the letter to search. e) Print the error message if more than one letter is entered. Output Example 1 Output Example 2 vehicles ['car' "Truck', 'boat', "PLANE'J vehicles = ['car', 'Truck', 'boat', "PLANE'; Enter a search letter: a Enter a search letter: A car contaming a and it is in position 8. car contains A and it is In pos ition 0. Truck does not contains . Truck does not contains A. boat contains a and It is in position 2. boat contains A and It Is In pos ition 2. PLANE contains a and It is in positlon 3. PLANE contains A and it is in position 3.

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## Program to Search a Letter in a List

Create a Python program named `searchLet.py` that searches for a single letter in a list of vehicle names. Follow the instructions below.

### Steps:

a) **Create a List**: Define a list named `vehicles` containing the following items: `"car"`, `"Truck"`, `"boat"`, `"PLANE"`.

b) **Request User Input**: Prompt the user to enter a single letter to search.

c) **Search with a Loop**: Utilize a for loop to check each item in the list for the presence of the input letter, ignoring the case.

d) **Output Results**:
   - If an item contains the letter, print the item and its position in the list.
   - If the letter is not found, print a message indicating the absence of the letter in that item.

e) **Error Handling**: Display an error message if the user inputs more than one letter.

### Example Outputs:

**Output Example 1**:
```
vehicles = ['car', 'Truck', 'boat', 'PLANE']
Enter a search letter: a
car contains a and it is in position 0.
Truck does not contain a.
boat contains a and it is in position 2.
PLANE contains a and it is in position 3.
```

**Output Example 2**:
```
vehicles = ['car', 'Truck', 'boat', 'PLANE']
Enter a search letter: A
car contains A and it is in position 0.
Truck does not contain A.
boat contains A and it is in position 2.
PLANE contains A and it is in position 3.
```

These outputs illustrate how the program checks each vehicle name for the presence of the specified letter, disregarding case sensitivity.
Transcribed Image Text:## Program to Search a Letter in a List Create a Python program named `searchLet.py` that searches for a single letter in a list of vehicle names. Follow the instructions below. ### Steps: a) **Create a List**: Define a list named `vehicles` containing the following items: `"car"`, `"Truck"`, `"boat"`, `"PLANE"`. b) **Request User Input**: Prompt the user to enter a single letter to search. c) **Search with a Loop**: Utilize a for loop to check each item in the list for the presence of the input letter, ignoring the case. d) **Output Results**: - If an item contains the letter, print the item and its position in the list. - If the letter is not found, print a message indicating the absence of the letter in that item. e) **Error Handling**: Display an error message if the user inputs more than one letter. ### Example Outputs: **Output Example 1**: ``` vehicles = ['car', 'Truck', 'boat', 'PLANE'] Enter a search letter: a car contains a and it is in position 0. Truck does not contain a. boat contains a and it is in position 2. PLANE contains a and it is in position 3. ``` **Output Example 2**: ``` vehicles = ['car', 'Truck', 'boat', 'PLANE'] Enter a search letter: A car contains A and it is in position 0. Truck does not contain A. boat contains A and it is in position 2. PLANE contains A and it is in position 3. ``` These outputs illustrate how the program checks each vehicle name for the presence of the specified letter, disregarding case sensitivity.
### Output Example 3

In this example, we have a list of vehicles defined as `vehicles = ['car', 'Truck', 'boat', 'PLANE']`.

- **Prompt:** Enter a search letter: z
- **Results:**
  - `car does not contain z.`
  - `Truck does not contain z.`
  - `boat does not contain z.`
  - `PLANE does not contain z.`

Each vehicle name is checked for the presence of the letter 'z', and none of them contain it.

### Output Example 4

Again, the list of vehicles is `vehicles = ['car', 'Truck', 'boat', 'PLANE']`.

- **Prompt:** Enter a search letter: abc
- **Result:**
  - `Invalid search letter.`

This indicates that the input 'abc' is not accepted, likely because it is not a single character.

In both examples, a case-sensitive search seems to be implied, and a single character input is expected.
Transcribed Image Text:### Output Example 3 In this example, we have a list of vehicles defined as `vehicles = ['car', 'Truck', 'boat', 'PLANE']`. - **Prompt:** Enter a search letter: z - **Results:** - `car does not contain z.` - `Truck does not contain z.` - `boat does not contain z.` - `PLANE does not contain z.` Each vehicle name is checked for the presence of the letter 'z', and none of them contain it. ### Output Example 4 Again, the list of vehicles is `vehicles = ['car', 'Truck', 'boat', 'PLANE']`. - **Prompt:** Enter a search letter: abc - **Result:** - `Invalid search letter.` This indicates that the input 'abc' is not accepted, likely because it is not a single character. In both examples, a case-sensitive search seems to be implied, and a single character input is expected.
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