Course Content

Mathematics for Data Analysis and Modeling

## Mathematics for Data Analysis and Modeling

# Challenge: Solving the Task Using SLE

Task

We have already considered how to solve the SLE using inversed matrix. But we can also use `np.linalg.solve(A, y)`

method that calculates the solution of the SLE:

`A * x = y`

.

Your task is to solve the system using both these methods and compare the results:

- Use
`np.linalg.solve()`

method. - Use
`np.inv()`

method to calculate inversed matrix and provide solution using:`x = A_inv @ y`

.

Task

We have already considered how to solve the SLE using inversed matrix. But we can also use `np.linalg.solve(A, y)`

method that calculates the solution of the SLE:

`A * x = y`

.

Your task is to solve the system using both these methods and compare the results:

- Use
`np.linalg.solve()`

method. - Use
`np.inv()`

method to calculate inversed matrix and provide solution using:`x = A_inv @ y`

.

Everything was clear?

# Challenge: Solving the Task Using SLE

Task

We have already considered how to solve the SLE using inversed matrix. But we can also use `np.linalg.solve(A, y)`

method that calculates the solution of the SLE:

`A * x = y`

.

Your task is to solve the system using both these methods and compare the results:

- Use
`np.linalg.solve()`

method. - Use
`np.inv()`

method to calculate inversed matrix and provide solution using:`x = A_inv @ y`

.

Task

`np.linalg.solve(A, y)`

method that calculates the solution of the SLE:

`A * x = y`

.

Your task is to solve the system using both these methods and compare the results:

- Use
`np.linalg.solve()`

method. - Use
`np.inv()`

method to calculate inversed matrix and provide solution using:`x = A_inv @ y`

.

Everything was clear?

# Challenge: Solving the Task Using SLE

Task

`np.linalg.solve(A, y)`

method that calculates the solution of the SLE:

`A * x = y`

.

Your task is to solve the system using both these methods and compare the results:

- Use
`np.linalg.solve()`

method. - Use
`np.inv()`

method to calculate inversed matrix and provide solution using:`x = A_inv @ y`

.

Task

`np.linalg.solve(A, y)`

method that calculates the solution of the SLE:

`A * x = y`

.

Your task is to solve the system using both these methods and compare the results:

- Use
`np.linalg.solve()`

method. - Use
`np.inv()`

method to calculate inversed matrix and provide solution using:`x = A_inv @ y`

.

Everything was clear?

Task

`np.linalg.solve(A, y)`

method that calculates the solution of the SLE:

`A * x = y`

.

Your task is to solve the system using both these methods and compare the results:

- Use
`np.linalg.solve()`

method. - Use
`np.inv()`

method to calculate inversed matrix and provide solution using:`x = A_inv @ y`

.