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 1000kg/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= A2V2O Fb =P ruidgV submergedO PV = nRTO P= pghfEdA = LencdA%3DF=4περ 2O F=maO F1_ F2A1 A2O E=F/qΟρ-m/νO du = dQ - dW or AU= Q- wFO p=-O W-- /쑤AS=P2 + pghz +=P1+pghi+÷pv{O AL= «L,ATO Tk= T+273.15KTeO e-1- TnO Q=mLO Q= mcAT

Given: The depth of the pool is 5 m. The area of the eardrum is 1.0 cm2. The density of water is…

When you are swimming at the bottom of a pool the water above and around you exrerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the boom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm2 and the density of water is 1000 kg/m3 (10.000 cm2 1m'2) (Ans: SN) To solve this, which of the following equation/s should you use (check as many that best applies) O AV-Azv2 O Fo"PgVsubmerged O PV-nRT O P-pgh Ienc O Fema O f1 F2 A, Az O EFla Op=m/v O du - dQ- đW or AU-Q-W

When you are swimming at the bottom of a pool the water above and around you exrerts force on your eardrum. Calculate the force (in N) exerted on your eardrum when you are at the boom of a pool that is 5.0 m deep. Assume that the area of your eardrum is 1 cm2 and the density of water is 1000 kg/m3 (10.000 cm2 1m'2) (Ans: SN) To solve this, which of the following equation/s should you use (check as many that best applies) O AV-Azv2 O Fo"PgVsubmerged O PV-nRT O P-pgh Ienc O Fema O f1 F2 A, Az O EFla Op=m/v O du - dQ- đW or AU-Q-W

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter14: Static Equilibrium, Elasticity, And Fracture

Section: Chapter Questions

Problem 57PQ: A copper rod with length 1.4 m and cross-sectional area 2.0 cm2 is fastened to a steel rod of length...

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During a thunderstorm, a frightened child is soothed by learning to estimate the distance to a lightning strike by counting the time between seeing the lightning and hearing the thunder (Fig. P2.25). The speed vs of sound in air depends on the air temperature, but assume the value is 343 m/s. The speed of light c is 3.00 108 m/s. a. A child sees the lightning and then counts to eight slowly before hearing the thunder. Assume the light travel time is negligible. Estimate the distance to the lightning strike. b. Using your estimate in part (a), find the light travel time. Is it fair to neglect the light travel time? c. Think about how time was measured in this problem. Is it fair to neglect the difference between the speed of sound in cold air (vs at 0C = 331.4 m/s) and the speed of sound in very warm air (vs at 40C = 355.4 m/s)?
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 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) O TK=T+273.15K W = dv O E=F/q O P= pgh O F=ma O Q=mL AS = O A,V1= A2V2 O AL- OLOAT OP2 + pghz + O Q=mcAT O fi F2 A2 A1 1 |9192| F3= 4περ e =1· O du = dQ - dW or AU= Q- W Op=m/v O Fb=P ruiagV submerged P3D 9 enc O PV = nRT
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 What equations should be used?
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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) To solve this, which of the following equation/s should you use?
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