If the slant height of a right cone is 5 inches, and the radius of its base is 3 inches, what is the lateral area of the cone?

15 is your answer

Step-by-step explanation:

Therefore, The required lateral surface of the cone is 15π inches²

Step-by-step explanation:

The slant height of the cone is given to be 5 inches

The radius of base of the cone is given to be 3 inches

We need to find the lateral surface area i=of the cone

The lateral surface area of the cone is given by the formula :

Lateral surface area = π × radius × slant height

⇒ Lateral surface area = π × 3 × 5

⇒ Lateral surface area = 15π inches²

Therefore, The required lateral surface of the cone is 15π inches²

all group life insurance is term insurance. actually it is annual renewable term and it is rated on the average age and claims experience of the entire group, which is called "experience rating." remember, this type of insurance has a 31-day grace period and is convertible to whole life upon leaving employment. a contributory group plan requires that both the employer and the employees pay part of the premium. at least 75% of those eligible must participate, so the group is sure to get most of the healthy employees as well as those that are sick.

step-by-step explanation: