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it would be a function
* * * * *
Not always. It depends on the direction of the relationship.
Consider y = x2 where x is a real number.
The relationship from x to y is a function but the one in the opposite direction (x = sqrt(y) is not a function because it is a one-to-many mapping.
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What is the proper term for a relationship between two variables in which one quantity depends on the other?
What is the proper term for a relationship between two variables in which one quantity depends on the other It depends on the direction of the relationship. Consider y = x2 where x is a real number. The relationship from x to y is a function but the one in the opposite direction (x = sqrt(y) is not a function because it is a one-to-many mapping.
As the independent variable increases the dependent variable does what?
Depends on the relationship between the independent and dependent variables.
To find the area of a rectangle multiply the length by the width Why is area called a derived quantity?
It's because we don't measure it directly but use measurements of two lengths to compute result. Our area mesurement depends then on precision of some other measured quantities.
What expression shows the relationship between the value of any term and n?
The answer depends on what n is. It could be the value to position rule.
When one variable increases the other does what?
The other can increase, decrease or stay the same. It depends on the relationship between the two variables.
What is the relationship between two quantities in which one quantity depends on the other?
In that case, one quantity (the quantity that depends on the other) is said to be a function of the other quantity.
What is the relationship between two quantities called?
I Have No Clue, Please Help Me...? * * * * * It depends on the direction of the relationship. Consider y = x2 where x is a real number. The relationship from x to y is a function but the one in the opposite direction (x = sqrt(y) is not a function because it is a one-to-many mapping.
What math word defines a relationship between two quantities in which one quantity depends on the other?
The word sought is probably "function", although in some contexts "equation" would also work.
What is a relationship between two quantities in which one quantity depends of the other?
It depends on the direction of the relationship. Consider y = x2 where x is a real number. The relationship from x to y is a function but the one in the opposite direction (x = sqrt(y) is not a function because it is a one-to-many mapping.
A relationship between two variables in which one quantity depends on the other is a?
Function
What is the math term that means-the quantity whose value depends on that of another quantity or quantities?
function
How can you differentiate between base and derived quantities?
Base quantities are independent and cannot be expressed in terms of other quantities, while derived quantities are dependent and derived from combinations of base quantities. Base quantities are fundamental in a system of measurement, while derived quantities are derived through mathematical relationships. For example, length is a base quantity, while speed is a derived quantity that depends on both length and time.
What is the proper term for a relationship between two variables in which one quantity depends on the other?
What is the proper term for a relationship between two variables in which one quantity depends on the other It depends on the direction of the relationship. Consider y = x2 where x is a real number. The relationship from x to y is a function but the one in the opposite direction (x = sqrt(y) is not a function because it is a one-to-many mapping.
What compares or shows the relationship of two quantities in science?
these type of quantities are called derived quantities. Their value depends on some fundamental quantities or some other derived quantities. eg. force is a derived quantity whose value depends on mass(fundamental) and acceleration(derived).
What is the equation that shows the relationship among certain quantities?
The answer depends on the quantities and the nature of the relationship. It can be a line-of-best-fit (or regression line), or a formula.
What is more convenient to use vector quantity or the scalar quantity and why?
It depends on the context and what information is needed. Vector quantities (having magnitude and direction, e.g., velocity) are useful for representing physical quantities like forces and velocities in multiple dimensions. Scalar quantities (having only magnitude, e.g., speed) are simpler to work with when only the magnitude of a physical quantity matters.
How do you graph -3x plus 4x equals 12?
-3x + 4x = 12 x = 12 A graph normally shows the relationship between two interconnected quantities, such as 'x' and 'y' . This equation can't be graphed. There's only one quantity ... 'x' . It doesn't depend on any other quantity, and no other quantity depends on 'x'. 'x' is 12, it's always 12, and it doesn't change, and that's the whole story.
