The slipperiness of a floor (denoted by sss) can be defined as a function of the number of banana peels (denoted by ppp) and the area of the floor (denoted by aaa) using this formula:

s = \dfrac{p}{a}s=

a

p



s, equals, start fraction, p, divided by, a, end fraction

area of the floor is measured in \text{m}^2m

2

start text, m, end text, squared.

select an appropriate measurement unit for slipperiness of a floor

Unit of slipperiness =

Step-by-step explanation:

We are given the following information in the question:

The slipperiness of a floor is defined with the help of function:

where S is the slipperiness of the floors, P is the number of banana peels on the floor and A is the area of the floor.

Now, area of floor has units of meter squared that is,

We have to find the appropriate measurement unit for slipperiness of a floor.

This can be done as:

Thus, slipperiness have a unit of peels per meter squared that is,

idk lol

step-by-step explanation:

a line is an defined derm because it

a)contains an infinite number of points b) can be used to create other geometric shapes c)describes something that does not have width or depth d) is a term that does not have a formal definition. a line is an undefined term because it: contains an infinite number of points.