A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

Bond A has a 10% chance of default. Bond B also has a 10% chance of default. The probability that Bond A and Bond B default is 6%.

What is the probability that Bond A defaults given that Bond B defaults? Use this result to determine if the defaults of Bond A and Bond B are independent.

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?

A group of market analysts take the inventory of a company's production of a specific sports car. The cars produced by the company vary in both color and engine size: six cylinders (i.e. V6) or eight cylinders (i.e. V8). The data is contained in the provided table.

Given that a car is jade green, what is the probability that it has a V6?