If you add a zero at the end it is easier to understand. 0.20 > 0.18 because 20 is greater than 18
To answer this you would first start with a representation of the situation. See the attached step 1. Use this inequality to find the number of bagels he can get by solving it.
See step two in the attached picture for the work necessary to solve this.
The answer is not a whole number, so you have to round down to make it a whole number of bagels.
The answer is he could by seven or less bagels. You should substitute this in to prove it works.
<span>Here, we first calculate the value of 't' and then go on calculating the probability that the t-value is more than calculated t-value, given the degree of freedom (d.f. = n-1).
t.calc = (77-76)/(5/sqrt(100)) = 1/(1/2) = 2
P(x > 77) = P(t > 2, d.f. =99) = 0.0241= 2.41%</span>
Answer:
168
Step-by-step explanation:
yea..
The formula of the function would be:
y = 96000(1.07)^t
The graph is an exponential function with y-intercept of 9600. The curve goes upward indefinitely as the value of time increases.
Therefore, from the choices, the statements that apply to the graph are:
-The graph of the function begins at y = 96,000.
-The graph of the function shows the exponential growth.