Okay, so first: Variation is a relation between a set of values of one variable and a set of values of other variables. There are four types of Variation: Direct, Joint, Inverse, and Combined
Okay, so first: Variation is a relation between a set of values of one variable and a set of values of other variables. There are four types of Variation: Direct, Joint, Inverse, and Combined
I see... Okay.. a relation between a set of values of one variable and a set of values.... Direct, Joint, Inverse, and Combined...
I see... Okay.. a relation between a set of values of one variable and a set of values of other variables.... Direct, Joint, Inverse, and Combined...
Direct variation is a relation between variables where one quantity is directly dependent on the other. In short terms, if one thing increases, the other thing increases as well. The general equation for this variation is: y= kx
Direct variation is a relation between variables where one quantity is directly independent on the other. In short terms, if one thing increases, the other thing increases as well. The general equation for this variation is: y= kx
Joint variation is a relation that describes a situation in which one variable is dependent on two or more other variables. The general equation for this variation is: y= kxz
Joint variation is a relation that describes a situation in which one variable is dependent on two or more other variables. The general equation for this variation is: y= kxz
Inverse variation is a relation between variables where one quantity increases, the other decreases, and vise versa. The general equation for this variation is: y/ k/x
Combined variation is a relation between variables where one quantity varies directly on the other and inversely on another one. The general equation for this variation is: y= kx/z
Inverse variation is a relation between variables where one quantity increases, the other decreases, vice versa. The general equation for this variation is: y= k/x
Direct variation is a relation between variables where one quantity is directly dependent on the other. In short terms, if one thing increases, the other thing increases as well. The general equation for this variation is: y= kx
And that's all you need to know about Variations!
Joint variation is a relation that describes a situation in which one variable is dependent on two or more other variables. The general equation for this variation is: y= kxz
It's not a problem, Nate!
Ooooh! I see!! I understand now! Thank you so much, Julia! You helped me a lot. Because of you, I know that I'll be able to pass this weeks' test regarding Variations!
Inverse variation is a relation between variables where one quantity increases, the other decreases, vice versa. The general equation for this variation is: y= k/x
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