We are provided with the vectors:
Vector 
and 
.
Expressing a vector in component form involves detailing each separate component.
Our vector 
can be represented as:
Now, considering 
and 
By substituting the values of 
and 
, we find:
Thus, the component form of vector 'e' is:
This question is essentially asking for the x-coordinate where the two graphed functions intersect. The intersection point corresponds to the input value for which both functions yield the same output. Among the options given, the correct choice is the second one, with x = -2 being the input value that results in identical outputs for both functions. I hope this clarifies your question.
Answer:
miles per hour.
Step-by-step explanation:
The jogging path used by Selma is a loop measuring of a mile.
On a certain Monday, Selma completed the loop in an hour.
Thus, by applying the common denominator technique, Selma's running rate in miles per hour will be
miles per hour.
The unit for this measurement is mph, or miles per hour. (Answer)
we have the function
we understand that
In the context of the exponential function represented as
a signifies the initial value
b denotes the base
x represents the exponent
The initial value indicates the function's value when x equals zero
in this scenario
for 
the initial value corresponds to the point 
thus
the solution is displayed in the accompanying figure
Answer:
0.8937
Step-by-step explanation:
This involves binomial probability with n = 64, p = 0.10, and x = 3. This indicates a 10% chance of cancellations. To determine the likelihood of having more than 3 cancellations or no-shows, we calculate binompdf(64,0.10,0) + binompdf(64,0.10,1) + binompdf(64,0.10,2) + binompdf(64,0.10,3), then subtract that total from 1.000.
The result is: 0.0012 + 0.0084 + 0.0293 + 0.0674 = total = 0.1063
Thus, the target probability is 1.0000 - 0.1063 = 0.8937
