Study guides

Q: In the inverse variation function what happens to the output when the functions input is multiplied by 3?

Write your answer...

Submit

Related questions

the output is divided by 4

The output is multiplied by 5.

the output is divided by 3.

The output is multiplied by 5.

The output is multiplied by 3.

the output is halved

The output is doubled.

The output is tripled.

The output is three times as large.

you use the output of the first function as the input of the second function.

It depends on the nature of the function.

It is illegal to declare a recursive function as inline. Even a function is declared as inline compiler judges it to be inline or not.

The cube is multiplied by 53 = 125.

It will eventually die out. A predator species with variation will make it extinct.

All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)All functions start with an equals sign, followed by the name of the function and an opening bracket. They must also close with a closing bracket. What happens between the brackets, will differ for various functions, so there is no defined syntax that can be said to apply to all functions except what has been mentioned. Some functions have nothing in the brackets, and those that do can be different depending the way you use even the same function. So the closest you could say there is to being a syntax, is as follows:=functionname(optional arguments)

They do not get multiplied

Area is multiplied by 16. Perimeter is multiplied by 4.

A function is designed to do a specific kind of task, like the way the MAX function can only calculate the highest value in a range. Functions are predefined formulas that do tasks in a simpler way, saving the user time. A function normally has a standard process so it can be applied to any values that the user supplies. A formula can consist of functions and can do a wide range of things. A formula can be a particular function used to do a specific calculation. What-if analysis uses formulas or functions to enable you to work out what happens in similar situations using different values. The formulas stay the same and then different values can be used to experiment to see what happens in different situations.

They do not get multiplied

The difference is that there is no such thing as interspecific variation: all variation happens within populations. It is intraspecific variation that causes reproductively isolated populations to diverge, producing new and diverging taxa.

Enzymes can not function well at higher tempatures so they become denatured and their body functions are not able to stay normal.

If you want it to remain a square then the base is multiplied by 8 also and the area is multiplied by 64. If not, and you multiply the sides only, it is multiplied by 8. If you multiply only one side, then the area is multiplied by 4.5

If you multiplied a number by 4, then the cube of the number would be increased by a factor of 16.

When any number is multiplied by its reciprocal, the product is ' 1 '.

A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)A function is part of a formula, so you must start with an equals symbol. Then you have the name of the function and open a round bracket. What happens after that will depend on the function. You usually have to enter something in between the opening bracket and a closing one, but for some functions there is nothing between the brackets. Below are two examples.=NOW()=SUM(A2:A20)