Here is a step-by-step guide to solve this problem:

Step 1: Define the input variables S1, S2, and S3. These represent the sensor readings of the first station, the midpoint station, and the next station respectively.

Step 2: Calculate the midpoint between S1 and S3. This can be done by adding S1 and S3 and then dividing the result by 2.

Step 3: Compare the calculated midpoint with S2 using the relational operator '=='. This will return a boolean value. If the calculated midpoint is equal to S2, it will return 'true'. Otherwise, it will return 'false'.

Step 4: Print the boolean value.

Step 5: Use an if-else statement to print the appropriate message based on the boolean value. If the boolean value is 'true', print "The second integer is halfway between the first and third integers." If the boolean value is 'false', print "The second integer is not halfway between the first and third integers."

Here is a Python code snippet that implements the above steps:

```python
# Step 1: Define the input variables
S1 = int(input())
S2 = int(input())
S3 = int(input())

# Step 2: Calculate the midpoint
midpoint = (S1 + S3) / 2

# Step 3: Compare the calculated midpoint with S2
is_halfway = midpoint == S2

# Step 4: Print the boolean value
print(is_halfway)

# Step 5: Print the appropriate message
if is_halfway:
print("The second integer is halfway between the first and third integers.")
else:
print("The second integer is not halfway between the first and third integers.")
```

This program will take three sensor readings as input and check if the second reading is halfway between the first and third readings. It will then print a boolean value and a message based on the result.

Question

Here is a step-by-step guide to solve this problem:

Step 1: Define the input variables S1, S2, and S3. These represent the sensor readings of the first station, the midpoint station, and the next station respectively.

Step 2: Calculate the midpoint between S1 and S3. This can be done by adding S1 and S3 and then dividing the result by 2.

Step 3: Compare the calculated midpoint with S2 using the relational operator '=='. This will return a boolean value. If the calculated midpoint is equal to S2, it will return 'true'. Otherwise, it will return 'false'.

Step 4: Print the boolean value.

Step 5: Use an if-else statement to print the appropriate message based on the boolean value. If the boolean value is 'true', print "The second integer is halfway between the first and third integers." If the boolean value is 'false', print "The second integer is not halfway between the first and third integers."

Here is a Python code snippet that implements the above steps:

```python
# Step 1: Define the input variables
S1 = int(input())
S2 = int(input())
S3 = int(input())

# Step 2: Calculate the midpoint
midpoint = (S1 + S3) / 2

# Step 3: Compare the calculated midpoint with S2
is_halfway = midpoint == S2

# Step 4: Print the boolean value
print(is_halfway)

# Step 5: Print the appropriate message
if is_halfway:
    print("The second integer is halfway between the first and third integers.")
else:
    print("The second integer is not halfway between the first and third integers.")
```

This program will take three sensor readings as input and check if the second reading is halfway between the first and third readings. It will then print a boolean value and a message based on the result.

Knowee AI · Accepted Answer