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This is a Heart rhythm identification exercise. The Rhythm indicated here is a rhythm when a patient has a condition of the heart called: "Sinus Bradycardia"
<h3>
What is Sinus Bradycardia?</h3>
Sinus bradycardia is a cardiac rhythm in which your heart beats slower than usual (less than 60 beats per minute in adults) but else functions correctly.
It's very prevalent, especially among those over 65 and those who routinely exercise.
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It is important for a novice entrepreneur to build positive relationships with customers so as to get;
- consistent as well as timely interactions.
- Established trust.
- feedback as well as genuinely care.
<h3>Who is an entrepreneur?</h3>
An entrepreneur can be regarded as the individual that took a risk of starting a business so as to make major decisions.
However, building positive relationships with customers helps to established trust and feedback as well as genuinely care.
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The Pythagoras' theorem and the uniform motion allows to find the answer for the rate of change of distance is
v = 32.3 m / s
The distance is the length of the segment that a white house wing with the helicopter, this can be found using the Pythagoras' theorem
R =
Where R is the distance, x is the horizontal distance where the helicopter flies and y is the vertical distance that corresponds to the flight height
y = 500 m
Since the helicopter flies at constant speed, we can use the uniform motion relation
=
x =
t
Where
is the speed of the helicopter and t is the time
We substitute
r =
Kinematics defines velocity as the change of position in the unit of time
This expression is the change in distance as a function of time for a given speed. In the exercise, this speed is requested for a time of one minute, for the helicopter speed of
v = 2km/min (
) (
) = 33.33 m / s
Let's calculate
v =
v = 32.3 m / s
In conclusion using the Pythagoras' theorem and the uniform motion we can find the answer for the rate of change in distance is
v = 32.3 m / s
Learn more here: brainly.com/question/343682