plz, physics , please solve question 3 Q(2): - The gauge pressure at the heart of a hypertension patient is PH=20 kPa. If thedensity of blood is Po =1.06x10 kg/m, the gauge pressure at the feet is: (Assume theWhat force is required ( Fapp ) to hold it completely submerged under water?Q(1): A table-tennis ball has a mass 2.98 g and average density of 0.084 g/cm.Tappa)0.53 Nb) 0.41 Nc) 0.26 Nd) 0.63 Ne) 0.32 Nvelocity of blood is the same everywhere in the circulatory system):a) Pe =35 kPab) PF =30 kPa c) Pr =27 kPad) PF =33 kPaPFQ(3): A 2000 kg car slides 30 m from point A to point B on the smooth incline.If theta is 30 egrees, the change in the car's potential energy (in kJ) is:SmoothInclinea) -67b) -147c) -294d) -441e) -588H=1.25 m

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Description: plz, physics , please solve question 3 Q(2): - The gauge pressure at the heart of a hypertension patient is PH=20 kPa. If thedensity of blood is Po =1.06x10 kg/m, the gauge pressure at the feet is: (Assume theWhat force is required ( Fapp ) to hold i

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Q(3): A 2000 kg car slides 30 m from point A to point B on the smooth incline. If theta is 30 egrees, the change in the car's potential energy (in kJ) is: Smooth Incline a)-67 b) -147 c) -294 d) -441 e)-588

Q(3): A 2000 kg car slides 30 m from point A to point B on the smooth incline. If theta is 30 egrees, the change in the car's potential energy (in kJ) is: Smooth Incline a)-67 b) -147 c) -294 d) -441 e)-588

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter14: Fluid Mechanics

Section: Chapter Questions

Problem 110AP: In an immersion measurement of a woman's density, she is found to have a mass of 62.0 kg in air an...

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