45x97=4365 hours, number of hours multiply by n of enmp
Step-by-step explanation:
Given that the graph shows the normal distribution of the length of similar components produced by a company with a mean of 5 centimeters and a standard deviation of 0.02 centimeters.
A component is chosen at random, the probability that the length of this component is between 4.98 centimeters and 5.02
=P(|z|<1) (since 1 std dev on either side of the mean)
=2(0.3418)
=0.6826
=68.26%
The probability that the length of this component is between 5.02 centimeters and 5.04 centimeters is
=P(1<z<2) (since between 1 and 2 std dev from the mean)
=0.475-0.3418
=0.3332
=33.32%
For a
body moving with increasing acceleration, the graph will be in the form of an
exponential function. An example of the exponential function is shown in the
attached diagram.
Mathematically
exponential function can be expressed by the following equation.
<span>F(a) =
e^a, where a>0.</span>
Answer:
3/4
Step-by-step explanation:
it's in slope intercept form so the slope is the number before x
