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No,Blood pressure is a quantitative variable because it is measured in numbers
The dependent variable would be blood pressure. The independent variable would be age. Of course, there are many factors, other than just age, which determine blood pressure.
In chemistry, pressure depends on temperature and volume.
It is only on the Y-axis if it is a dependent variable. However that only applies if the Y-axis is the dependent variable. Pressure could be on the X-axis if it were a situation where pressure would be deemed an independent variable i.e. saturation temperatures based on pressures. the fact that it is pressure is not enough to deem it a dependent variable. other factors must be taken into account
the independent variable is If you throw the ball in the air ,then you will make it in the hoop the indepent variable is making the basket.
the substitution method in which you take each variable and you find out the value and then plug it into the original equation.the adding and subtracting method in which you subtract\add equations to take out a variable and you can figure out what the other variable is. then you also substitute that into that into the original variable
For a standardized variable, each case's value on the standardized variable indicates it's difference from the mean of the original variable in number of standard.
Yes, passing a variable by reference gives you a pointer to the original variable, meaning you can change its value from within the function being called and the change will affect the original variable.
indendent variables are pressure added dependent is like a pencil breaking
Let n = the original number n + 8 = another number which is 8 more than the original number Therefore, the two variable expressions are n and n+8
No. Because blood pressure is continuous variable. Like temperature, a person's weight and height, the measured value occurs over a continuous scale.
when refering to the controlled variable... a control for a chemistry lab or experiment refers to constant state of a variable, item, substance, pressure, etc. Nothing about the variable can change through out the entire experiment.
Pressure volume Temp mole
No because it is numerical and so therefore it is quantitative
When a variable is passed by value, the function receives a copy of the variable. When a variable is passed by reference, the function receives a reference, or pointer, to the original data.
Find values for the variable that satisfy the equation, that is if you replace those values for the variable into the original equation, the equation becomes a true statement.
You normally "solve" something when there is a variable involved. In this case there is no variable. All you have to do is decide whether it is true or false. If this is derived from an original equation (or, in this case, inequality) which involved variables, then if the equation (or inequality) without variables is true, it means it is true for ANY value of the variable. If it is false, the original equation (or inequality) can't be satisfied by any value of the variable.