Homework Answers
Ans:
Ibb= Iaa+ M*d2 =0.0001+0.1*0.052 = 0.0003 kgm2. Ibb.=0.0003+0.0002= 0.0005 kgm2.
Icc. =0.0005+0.01*0.032. =0.0005 kgm2.
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exercise 9.12. tq very much
Exercise 9.12 0.05 m m=0.1 kg = 0,0001 kem los =...
exercise 10.12 tq very much hello sir, I have already check the answer and it is...
exercise 10.12
tq very much
hello sir,
I have already check the answer and it is still the same answer
sir. this is because I take this question straight from my
book.
it's okay sir tq
Exercise 10.12 Member BD is welded onto rigid body ABC at B as shown. The mass of the result- ing rigid body is 2 kg/m. If the body is rotating clockwise with an angular velocity a = 5 rad/s, determine the components of the...
Exercise 8.11 B 0.1 m The dise shown is rolling to the left with a velocity...
Exercise 8.11 B 0.1 m The dise shown is rolling to the left with a velocity of 0.8 m/s. For the instant shown, determine the velocity of the collar B. V and the R0.04 m tingular velocity of member AB, 018 R 0.03 m Answer: V8 = 0.471 m/s 18 = 13.38 rad's
A cylindrical metal can, 0.1 m high and 0.05 m in diameter, contains liquid helium at...
A cylindrical metal can, 0.1 m high and 0.05 m in diameter, contains liquid helium at its normal boiling point of -452.074 degree Fahrenheit. At this temperature Helium's heat of vaporization is 20.4 kJ/kg. The walls of the helium container are 1.2 cm thick and have a thermal conductivity of 13.889 W/(m K). The helium container is surrounded by liquid nitrogen at a temperature of -327.64 degrees Fahrenheit. a) What is the conductive surface area of the metal cylinder? b)...
A cylindrical metal can, 0.1 m high and 0.05 m in diameter, contains liquid helium at...
A cylindrical metal can, 0.1 m high and 0.05 m in diameter, contains liquid helium at its normal boiling point of -452.074 degree Fahrenheit. At this temperature Helium's heat of vaporization is 20.4 kJ/kg. The walls of the helium container are 1.2 cm thick and have a thermal conductivity of 13.889 W/(m K). The helium container is surrounded by liquid nitrogen at a temperature of -327.64 degrees Fahrenheit. a) What is the conductive surface area of the metal cylinder? b)...
A progressive wave of height η1 = 0.05 m and wave length λ1 = 0.1 m...
A progressive wave of height η1 = 0.05 m and wave
length λ1 = 0.1 m is generated at r1 = 0.5 m
away the center of a pond with a constant water depth of h = 2 m.
As the waves propagate away from the origin (where they are
generated), they become gravity–capillary waves. The dispersion
relation of gravity-capillary waves in deep water is given as
follows:
where σ ′ = 0.073 N/m is the surface tension for air–water...
Problem 10.108 Part A consists of two slender rods AB and OC The which have a mass of 6 kg/m. The thin plate has a mass of 15 kg/m Suppose that a o0.5 m b"1.6 m,and r 0.1 m.(Figure 1) Determi...
Problem 10.108 Part A consists of two slender rods AB and OC The which have a mass of 6 kg/m. The thin plate has a mass of 15 kg/m Suppose that a o0.5 m b"1.6 m,and r 0.1 m.(Figure 1) Determine the location of the center of mass G of the pendulum. Express your answer to three significant figures and include the appropriate units Figure fj- 10.82? 1 of 1 You have already submited this answer Enter a new answer...
Please help me answer this, thank you very much. M AS Lewis Dot (include all resonance...
Please help me answer this, thank you very much.
M AS Lewis Dot (include all resonance structures here; *check formal charge to determine preferred structure, if any) Name of Electron Pair Geometry Name of Molecular Geometry Bond Angles Species Drawing Bond Polarity Dipole Moment # of Pi Bonds Hybridization EXPERIMENT B-280 Molecular Geometry Becl, 85
0.00 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Lecture Exercise #14 0.0 0.1 0.2...
0.00 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Lecture Exercise #14 0.0 0.1 0.2 0.3 0.4 .5120 5517 .5910 .6293 .6664 .7019 .7357 .7673 .7967 5199 5596 5987 .6368 .6736 .7088 .7422 .7734 Activit Predecessor Time (Days) 0.6 у .8023 8238 a m .5000 5398 .5793 .6179 .6554 .6915 .7257 .7580 .7881 .8159 .8413 .8643 .8849 9032 .9192 9332 .9452 .9554 .9641 9713 5239 .5636 .6026 .6406 .6772 7123 .7454 .7764 .8051 .8315 .8554 .8770 .8962 .9131 .9279...
A 65 kg kangaroo jumps vertically to a height of 1.8 m. Assume that there is...
A 65 kg kangaroo jumps vertically to a height of 1.8 m. Assume that there is very little horizontal motion, and that air resistance is negligible. a) What is its potential energy at the top of its jump? b) What must its kinetic energy have been at the beginning of the jump, the moment after its feet left contact with the ground? c) Based on your answer from (b), what was the kangaroo's initial upward velocity, just after leaving the...
Review Part A SAE 10W-30 oil lows through the 30-mm-diameter smooth pipe shown in (Figure 1). The pressure at A is 200 kPa and at Br is 150 kPa Take A- 920 kg/m3 and W 0.1(10-3) m/s Find the maximum...
Review Part A SAE 10W-30 oil lows through the 30-mm-diameter smooth pipe shown in (Figure 1). The pressure at A is 200 kPa and at Br is 150 kPa Take A- 920 kg/m3 and W 0.1(10-3) m/s Find the maximum shear stress of the oil in the Express your answer using three significant figures and include the appropriate units 93.8 Correct Part B Determine the thickness of the viscous sublayer Express your answer using three significant figures and include the...
exercise 10.12
tq very much
hello sir,
I have already check the answer and it is still the same answer
sir. this is because I take this question straight from my
book.
it's okay sir tq
Exercise 10.12 Member BD is welded onto rigid body ABC at B as shown. The mass of the result- ing rigid body is 2 kg/m. If the body is rotating clockwise with an angular velocity a = 5 rad/s, determine the components of the...
Exercise 8.11 B 0.1 m The dise shown is rolling to the left with a velocity of 0.8 m/s. For the instant shown, determine the velocity of the collar B. V and the R0.04 m tingular velocity of member AB, 018 R 0.03 m Answer: V8 = 0.471 m/s 18 = 13.38 rad's
A progressive wave of height η1 = 0.05 m and wave
length λ1 = 0.1 m is generated at r1 = 0.5 m
away the center of a pond with a constant water depth of h = 2 m.
As the waves propagate away from the origin (where they are
generated), they become gravity–capillary waves. The dispersion
relation of gravity-capillary waves in deep water is given as
follows:
where σ ′ = 0.073 N/m is the surface tension for air–water...
Problem 10.108 Part A consists of two slender rods AB and OC The which have a mass of 6 kg/m. The thin plate has a mass of 15 kg/m Suppose that a o0.5 m b"1.6 m,and r 0.1 m.(Figure 1) Determine the location of the center of mass G of the pendulum. Express your answer to three significant figures and include the appropriate units Figure fj- 10.82? 1 of 1 You have already submited this answer Enter a new answer...
Please help me answer this, thank you very much.
M AS Lewis Dot (include all resonance structures here; *check formal charge to determine preferred structure, if any) Name of Electron Pair Geometry Name of Molecular Geometry Bond Angles Species Drawing Bond Polarity Dipole Moment # of Pi Bonds Hybridization EXPERIMENT B-280 Molecular Geometry Becl, 85
0.00 0.01 0.02 0.03 0.04 0.05 0.06 0.07 0.08 0.09 Lecture Exercise #14 0.0 0.1 0.2 0.3 0.4 .5120 5517 .5910 .6293 .6664 .7019 .7357 .7673 .7967 5199 5596 5987 .6368 .6736 .7088 .7422 .7734 Activit Predecessor Time (Days) 0.6 у .8023 8238 a m .5000 5398 .5793 .6179 .6554 .6915 .7257 .7580 .7881 .8159 .8413 .8643 .8849 9032 .9192 9332 .9452 .9554 .9641 9713 5239 .5636 .6026 .6406 .6772 7123 .7454 .7764 .8051 .8315 .8554 .8770 .8962 .9131 .9279...
Review Part A SAE 10W-30 oil lows through the 30-mm-diameter smooth pipe shown in (Figure 1). The pressure at A is 200 kPa and at Br is 150 kPa Take A- 920 kg/m3 and W 0.1(10-3) m/s Find the maximum shear stress of the oil in the Express your answer using three significant figures and include the appropriate units 93.8 Correct Part B Determine the thickness of the viscous sublayer Express your answer using three significant figures and include the...
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