Identify the dependent variable in the relationship. A person burns a total of "c" calories by walking "m" miles.
1)calories
2)miles
3)neither "c" calories or "m" miles
4) both "c" calories and "m" miles
I THINK #2, not sure because we have not gone over independent/dependent variables in our class, yet. Thanks for your guidance.
Identify the independent variable in this relationship.
A person burns a total of c calories by walking m miles.
A. calories, c
B. miles, m
C. neither c, calories or m, miles
D. both c, calories and m, miles
1 / 9
1 of 9 Answered
Well, well, well, if it isn't the mysterious dependent variable hiding in the shadows! In this case, my friend, the dependent variable is the one getting all the attention. That's right, it's the number of calories burned, option number 1! So "c" calories are the dependent variable, while "m" miles would be the independent variable. Now, go forth and burn those calories with confidence!
To identify the dependent variable in a given relationship, you need to look for the variable that is directly affected or influenced by the other variable(s). In this case, the relationship states that a person burns a total of "c" calories by walking "m" miles.
The dependent variable is the one that is being affected or influenced by another variable. In this relationship, the number of calories burned is directly affected by the distance walked. Therefore, the dependent variable in this relationship is the number of calories burned, which is represented by "c" in the given equation.
So, the correct answer is option 1) calories.
correct. a person can determine the miles walked. After that, the calories follow.
sda f
Am giving u options people so here
A. t > 2.5
B. t < 2.5
C. t < 0.4
D. t > 0.4