When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) (Ans: 5N)To solve this, which of the following equation/s should you use (check as many that best applies)O TK=T+273.15KW =dvO E=F/qO P= pghO F=maO Q=mLAS =O A,V1= A2V2O AL- OLOATOP2 + pghz +O Q=mcATO fi F2A2A11 |9192|F3=4περe =1·O du = dQ - dW or AU= Q- WOp=m/vO Fb=P ruiagV submergedP3D9 encO PV = nRT

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Description: When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eard

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When you are swimming at the bottom of a pool, the water above and around you eerts force on your eardrum. Caleulate the force (in N) erted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 om2 and the density of water is 1000 kg/m3 (10.000 em'2- 1m'2) (Ans: To solve this, which of the following equationis should you use (check as many that best applies) OT,-T+273.15K O EFie OP-pgh O Fema OQ-mL. OQ-mcAT -会 A O du - dQ- dwor AU-Q-W Op-m/v Op O fEGA = O PV -nRT

When you are swimming at the bottom of a pool, the water above and around you eerts force on your eardrum. Caleulate the force (in N) erted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 om2 and the density of water is 1000 kg/m3 (10.000 em'2- 1m'2) (Ans: To solve this, which of the following equationis should you use (check as many that best applies) OT,-T+273.15K O EFie OP-pgh O Fema OQ-mL. OQ-mcAT -会 A O du - dQ- dwor AU-Q-W Op-m/v Op O fEGA = O PV -nRT

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter15: Fluid Mechanics

Section: Chapter Questions

Problem 62P: In about 1657, Otto von Guericke, inventor of the air pump, evacuated a sphere made of two brass...

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When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) (Ans: 5N) To solve this, which of the following equation/s should you use (check as many that best applies)
When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) (Ans: 5N) To solve this, which of the following equation/s should you use (check as many that best applies) O A,V1= A2V2 O Fb =P ruidgV submerged O PV = nRT O P= pgh fEdA = Lenc dA%3D F= 4περ 2 O F=ma O F1_ F2 A1 A2 O E=F/q Ορ-m/ν O du = dQ - dW or AU= Q- w F O p=- O W- - /쑤 AS= P2 + pghz + =P1+pghi+÷pv{ O AL= «L,AT O Tk= T+273.15K Te O e-1- Tn O Q=mL O Q= mcAT
When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) (Ans: 5N) To solve this, which of the following equation/s should you use (check as many that best applies) O Tk=Tc+273.15K F=ma Q = mL Q = mcAT 1 |4192| F = 4 TTEO Ο ΔL- Lo Δ Τ Ορ-m/ν P= pgh O As-S dQ F P= A O AV1= A2V2 E=F/q F1_ F2 A1 A2 = 1 - Th O Fp = P fluidgV submerged O O
When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) (Ans: 5N) To solve this, which of the following equation/s should you use (check as many that best applies) Pz+ pgh2 +pv3 = Pi+pgh;+ O E=F/g O F1_ F2 A1 A2 O du = dQ - dW or AU = Q- W Ορ-m/V O P= pgh O Q= mL dQ AS = 1 ]9192| F= 4περ 9 enc O F=ma O Fb = P fluidgV submerged e =1- W = dv O AL- «LOAT O Q= mcAT O p= F O Tk = T+273.15K O A,V1= A2V2
When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) (Ans: 5N) To solve this, which of the following equation/s should you use (check as many that best applies) O Q= mcAT F1 F2 A1 A2 O Q = mL O PV = nRT 9 enc þɛda = €0 O AV1= A2V2 O dU = dQ – dW or AU= Q- W O Tk = Tc+273.15K E=F/q F=ma O P= pgh O Fb =P fluidgV submerged O AL= «LOAT V2 W = Op=m/V
When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2 What equations should be used?
When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2).
When you are swimming at the bottom of a pool, the water above and around you exerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) To solve this, which of the following equation/s should you use?
An average eardrum has an area of about 5.0x10-5m2. What is the force in Newton's exered on an eardrum if you are at the bottom of a water filled pool that is 2.39 meters deep? Use g=9.8 m/s2 and assume 3 figures in your answer.
If the eardrum experiences a 1.5 N increase from the atmospheric pressure, it can be damaged. When you go scuba diving in the ocean, at what depth could such damage start to occur if your eardrum is 8.2-mm in diameter? The answer is expressed in meters and in two decimal places.
Estimate the force exerted on your eardrum by the water above you when you are swimming at the bottom of a swimming pool of depth 2.66 m. (the cross sectional area of the eardrum is equal to 1 cm²) (Answer in 2 decimal places)
When vou are swimming at the bottom of a pool, the water above and around vou exerts force on vour eardrum. Calculate the force (in N) exerted on your eardrum when you are at the bottom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm^2 and the density of water is 1000 kg/m^3 (10,000 cm^2 = 1m^2) (Ans: 5N) To solve this, which of the following equation/s should you use (check as many that best applies) dQ AS = J V2 W = P= pgh F P= A O Tk =T+273.15K O E=F/q O PV = nRT O AV1= A2V2 O AL= aLoAT Ορ=m/ν 9 enc F=ma 1 Pz+pgh; +pv = P1+p +pgh,+pv} O Q = mcAT O Fb = P fluidgV submerged O du = dQ – dW or AU = Q- W e = 1 - Th Q = mL F1 F2 A2 A1 1 |9192 F = 4 TTEO