$1.$ Create a class Vehicle with below properties

a$.$ name: string

b$.$ max$\_$speed: float

c$.$ mileage: int

d$.$ acceleration: float

e$.$ price: int

f$.$ owner

$2.$ Object Creation: Create objects for $($Audi A$8,240,18,891000,$ person$1),($McLaren$,350,15,2\mathrm{.}8,8919898,$ person$2),($Tesla Model S$,322,3\mathrm{.}7,2\mathrm{.}4,79990,$ person$1),($Ford Mustang, $155,24,4\mathrm{.}2,35585,$ person$2),$ etc,.

$3.$ Property Decorators: make the mileage attribute read$-$only

$4.$ Attribute Manupulation: Add class method to update the price and mileage

$5.$ Static Method: Add static method $\_$is$\_$luxury which will return True if the price of the vehicle is above $1000000$

$6.$ Identify the vehicle with the maximum speed from the list.

$7.$ Arrange the list of vehicles in ascending order of their environmental impact, with the vehicles having highest fuel efficiency at the beginning of the list.

$8.$ Filter out the vehicles of person$1$