Q) The human heart works as a powerful and highly effective pump. Since every day it receives and discharges about 7500L of blood, suppose that the work done by the heart is equal to the work needed to raise this amount of blood to a height equal to a person whose height is 1.65 m, if you know that the density of blood is 1060 kg/m3 and the acceleration? m / s 9.8 Calculate the power of the heart in watts (W), which is calculated from the following relationship: (0) work, power (W) (s) time
Q) The human heart works as a powerful and highly effective pump. Since every day it receives and discharges about 7500L of blood, suppose that the work done by the heart is equal to the work needed to raise this amount of blood to a height equal to a person whose height is 1.65 m, if you know that the density of blood is 1060 kg/m3 and the acceleration? m / s 9.8 Calculate the power of the heart in watts (W), which is calculated from the following relationship: (0) work, power (W) (s) time
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Transcribed Image Text:Q) The human heart works as a powerful
and highly effective pump. Since every day
it receives and discharges about 7500L of
blood, suppose that the work done by the
heart is equal to the work needed to raise
this amount of blood to a height equal to a
person whose height is 1.65 m, if you know
that the density of blood is 1060 kg/m3 and
the acceleration? m /s 9.8 Calculate the
power of the heart in watts (W), which is
calculated from the following relationship:
(0) work, power (W) (s) time
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