Create a $1010$ matrix $(2$D numpy array$)$ A whose entries are given by $A_{mn}=2m+3n-mn.$ Indices are

zero$-$indixed in this definition, i$.$e$.$ both $m$ and $n$ take integer values from $0$ to $9,$ inclusive.

In your code below, the following variables will be graded:

Name

A

$2$D numpy array

Description

Matrix to be created

user$\_$code.py

import numpy as $np$

$A=np*zeros((10,10))$

np$.$shape$($A$)$

$m=np*array([0,1,2,3,4,5,6,7,8,9])$

$np.$ shape $(m)$

$n=np*array([0,1,2,3,4,5,6,7,8,9])$

np$.$shape$(n)$

$8-$ for $m$ in range$($A$.$ shape$[0])$:

for $n$ in range$($A$.$shape$[1])$:

$10,A=2**m+3**n-m**n$

print$($A$)$