This equation<span> has x terms on both the left and the right. To solve an </span>equation<span> like this, you must first get the variables on the same side of the </span>equal<span> sign. You can subtract 5x on each side of the </span>equal<span> sign, which gives a new </span>equation<span>: x + </span>5<span> = 10. hope this helps</span>
It is 20% because it is 20 out of 60%
Answer:
z = -0.57
Step-by-step explanation:
A z-score indicates how much away is something from the mean so it can be more(above) than the mean or less(below) than the mean.
sampling distribution mean = 0.03
standard error = 0.007
researcher's sample mean = 0.026
z = (0.026 - 0.03)/0.007
z = (-0.004)/0.007
z = -0.57
So that means the researcher's sample mean is 0.57 standard deviation below the sampling distribution mean.
The negative sign above is the indicator of below the mean value.
Answer:
No,
is greater than
.
Step-by-step explanation:
The two fractions to be compared are given as:
and 
Now, in order to compare them, we need to make the denominator same for both the fractions and then compare their numerators.
LCD of 50 and 5 is 100. So, we try to make each denominator 100 and change the numerator accordingly.
We multiply the first fraction by
and we multiply the second fraction by
as given below:

Now, the two new fractions are
and
.
Now, we check the numerators. The numerator that is larger among the two has the greater fraction value.
Here, 80 is greater than 24. So, fraction
is greater than
or
is greater than
.