We can use a combination of the floor function and an if statement to achieve this.
Floor and ceiling statments.
What is the floor and ceiling of 2 31.
Smallest integer value that is not less than the passed numerical value.
Select floor 13 5 13 floor 13 8 13 floor 13 2 13.
The floor of 2 31 is 2 the ceiling of 2 31 is 3.
The floor function will return the mathematical floor value of that numerical value passed as argument i e.
This type of ceiling can be found in many churches and is much more rare in houses.
In row 25 in the example below you can see in the formula bar we have used the following formula.
Floor returns the integer value less than or equal to the value passed in.
Floor d25 1 if ceiling d25 1 d25 0 5 0 97 0 47.
The largest integer value which is not greater than the numerical value passed.
Very similar to round x 0 1.
This type of ceiling gives a statement piece to your home and is easier to maintain.
The floor and ceiling of the number are the integers to the immediate left and to the immediate right of the number unless the number is itself an integer in which case its floor and ceiling both equal the number itself.
The ceil function will return the mathematical ceiling value i e.
Many computer languages have built in functions that compute floor and ceiling automatically.
The ceiling function has another notation with reversed boldface or double brackets although the normal reversed brackets x can also be used.
The floor and ceiling functions give us the nearest integer up or down.
In mathematics the floor function can also be written with boldface or double brackets.