Sure, here is a Python function that does what you asked for:

```python
def print_diagonal_prices(n, m, prices):
for i in range(min(n, m)):
print(prices[i][i])

# Sample usage:
n = 2
m = 3
prices = [[300, 670, 205], [56, 45, 100]]
print_diagonal_prices(n, m, prices)
```

This function takes as input the number of industries `n`, the number of days `m`, and a two-dimensional list `prices` where `prices[i][j]` is the price of the stock of the `i`-th industry at the `j`-th day. It then prints the prices along the diagonal, i.e., the prices `prices[i][i]` for `i` from 0 to the minimum of `n` and `m` - 1.

In the sample usage, the function will print:

```
300
45
```

This is because the prices along the diagonal are 300 (from the first industry at the first day) and 45 (from the second industry at the second day).

Question

Sure, here is a Python function that does what you asked for:

```python
def print_diagonal_prices(n, m, prices):
    for i in range(min(n, m)):
        print(prices[i][i])

# Sample usage:
n = 2
m = 3
prices = [[300, 670, 205], [56, 45, 100]]
print_diagonal_prices(n, m, prices)
```

This function takes as input the number of industries `n`, the number of days `m`, and a two-dimensional list `prices` where `prices[i][j]` is the price of the stock of the `i`-th industry at the `j`-th day. It then prints the prices along the diagonal, i.e., the prices `prices[i][i]` for `i` from 0 to the minimum of `n` and `m` - 1.

In the sample usage, the function will print:

```
300
45
```

This is because the prices along the diagonal are 300 (from the first industry at the first day) and 45 (from the second industry at the second day).

Knowee AI · Accepted Answer

Sure, here is a Python function that does what you asked for:

```python
def print_diagonal_prices(n, m, prices):
    for i in range(min(n, m)):
        print(prices[i][i])

# Sample usage:
n = 2
m = 3
prices = [[300, 670, 205], [56, 45, 100]]
print_diagonal_prices(n, m, prices)
```

This function takes as input the number of industries `n`, the number of days `m`, and a two-dimensional list `prices` where `prices[i][j]` is the price of the stock of the `i`-th industry at the `j`-th day. It then prints the prices along the diagonal, i.e., the prices `prices[i][i]` for `i` from 0 to the minimum of `n` and `m` - 1.

In the sample usage, the function will print:

```
300
45
```

This is because the prices along the diagonal are 300 (from the first industry at the first day) and 45 (from the second industry at the second day).

Write a function that reads stock share price at of N industries for M days as a two dimensional array and prints the diagonal price of the stock .Sample Input2 ( number of industries)3 ( number of days)300 670 2056 45 100Sample Output30045

Question

Solution

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