Answer:
11/100
Step-by-step explanation:
I took the test on edge and got 100 percent :)
Real explanation:
It's quite easy actually. Just get all the numbers that are less than 12 and make it a fraction over the maximum number, and in this scenario it's 100. So your end result is <u>11/100</u>
Hope it helps! (can I get brainliest pls?)
Answer:
1.78913×107
Step-by-step explanation:
312·112·512≈1.78913×107
Answer:
The only dependent variable in this research work is the cardiovascular fitness.
The independent variables include leisure time, physical activity, diet, extracurricular activities and hours of sleep.
The relationship or difference between them is simple, the researcher believes that the cardiovascular fitness depends on all of the other variables described above.
Step-by-step explanation:
In an experiment, the independent variable is the variable whose values or qualities are not determined by any of the other variables present in the experimental study.
While a dependent variable is the variable whose values or qualities are determined by one or more other variables present in the experimental setup.
Dependent variables depend on the independent variables.
Just like here, the researcher hopes to learn how much dependence of cardiovascular fitness (dependent variable) is on leisure time, physical activity, diet, extracurricular activities and hours of sleep (the independent variables whose values or qualities are not determined by any other variable in the study).
Total Number of socks = 4 pairs= 8 socks
Number of red socks = 4
Number of black socks = 4
Probability of pulling a red sock from the bag the first time =

Since the sock is placed back in the bag before pulling a sock again, the number of socks remains the same.
So,
Probability of pulling a red sock from the bag the second time =

And
Probability of pulling a red sock from the bag the third time =
Therefore, the probability of pulling a red sock 3 times from the bag =