[Rajah 1 menunjukkan seekor burung yang berjisim 2 kg duduk pada hujung dahan menlintangsebuah pokok. Panjang dahan tersebut adalah, I = 4 m dari batang pokok dengan diameter, d = 0.1m. Ketumpatan dahan adalah 700 kg/m², Young's modulus, E = 10 GPa, momen inersia bagi dahantersebut, I = (n/64)d*, kekakuan bagi dahan tersebut, k = (3EI)/l³. Jisim setara dahan yang manaburung duduk adalah sama dengan 0.23 kali jumlah jisimnya.](i) Determine the natural frequency, @„ of vibration of the branch with the bird.[Tentukan frekuensi tabii, wn bagi getaran untuk dahan tersebut yang dengan burung.](ii) Propose the equation of motion of the bird by considering the weights of thebird and a uniformly distributed weight of the branch if the bird sits at anothershorter end of horizontal branch of the same tree with the length, I = 3 m fromthe trunk of the tree with a diameter, d = 0.2 m.[Cadangkan persamaan gerakan burung itu dengan mempertimbangkan berat burung danberat teragih seragram dahan jika burung itu duduk pada satu hujung dahan menlintang yanglebih pendek pokok yang sama dengan panjang, 1 = 3m dari batang pokok tersebut yangberdiameter, d = 0.2 m .]Bird, m = 2 kg0.1 m dia.4 mFigure 1[Rajah 1]

Name: [Rajah 1 menunjukkan seekor burung yang berjisim 2 kg duduk pada huju
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: [Rajah 1 menunjukkan seekor burung yang berjisim 2 kg duduk pada hujung dahan menlintangsebuah pokok. Panjang dahan tersebut adalah, I = 4 m dari batang pokok dengan diameter, d = 0.1m. Ketumpatan dahan adalah 700 kg/m², Young's modulus, E = 10 GPa,

given; mass(m)=2kgdiameter(d)=0.1m =100mmlength(l)=4m…

Engineering

Mechanical Engineering

[Rajah 1 menunjukkan seekor burung yang berjisim 2 kg duduk pada hujung dahan menlintang sebuah pokok. Panjang dahan tersebut adalah, I = 4 m dari batang pokok dengan diameter, d= 0.1 m. Ketumpatan dahan adalah 700 kg/m', Young's modulus, E = 10 GPa, momen inersia bagi dahan tersebut, I = (x/64)d*, kekakuan bagi dahan tersebut, k = (3EI)/F. Jisim setara dahan yang mana burung duduk adalah sama dengan 0.23 kali jumlah jisimnya.] (i) Determine the natural frequency, w, of vibration of the branch with the bird. [Tentukan frekuensi tabii, w, bagi getaran untuk dahan tersebut yang dengan burung.]

[Rajah 1 menunjukkan seekor burung yang berjisim 2 kg duduk pada hujung dahan menlintang sebuah pokok. Panjang dahan tersebut adalah, I = 4 m dari batang pokok dengan diameter, d= 0.1 m. Ketumpatan dahan adalah 700 kg/m', Young's modulus, E = 10 GPa, momen inersia bagi dahan tersebut, I = (x/64)d*, kekakuan bagi dahan tersebut, k = (3EI)/F. Jisim setara dahan yang mana burung duduk adalah sama dengan 0.23 kali jumlah jisimnya.] (i) Determine the natural frequency, w, of vibration of the branch with the bird. [Tentukan frekuensi tabii, w, bagi getaran untuk dahan tersebut yang dengan burung.]

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

See similar textbooks

Similar questions

What is the resulting modulus of ln (2 +3 j)?
The load on a 2-in.-diameter hydraulic cylinder increases from 10,000 lb to 15,000 lb. Due to the compressibility of the oil, the piston retracts 0.1 in. If the volume of oil under compression is 10 in^3, what is the bulk modulus of the oil in units of kpsi? Enter only a whole number.
Assume two connected alveoli having radius 0.5 mm and 0.25 mm, respectively: A. If the surface tension is that of water (= 0.070 N m-1), calculate the transwall pressure for the two alveoli using LaPlace’s Law. (P = 2T/r, where T is surface tension and r is the radius) B. If surfactant lowers the surface tension to 0.028 N m-1, what would the pressure be? C. Why surfactant can stabilize alveoli (e.g., preventing them from collapsing). Include 1 example of a synthetic surfactant used to treat respiratory distress syndrome of the newborn.
Calculate the required pressure that must be applied on petrol with a density of 700 kg/m3in order to increase its density to 702 kg/m3if its elasticity is 1.4 GPa
Show complete solution pls SN = 93
The concrete graviy" dam is heid in place by its awn weight (Egute.1) The density of concrote is pc=2.5Mg/m2 and water has a density of ρw=1.0Mg/m3. Suppose that a=1⋅m ,h=8 m Figure Part A Determinn the setillest dimension d that will prevent the dam hom overturning about is end A. Express your answer to three significant figures and include the appropriate units: d=_______
A tall open-topped standpipe has an inside diameter of 3020 mm and a wall thickness of 8.6 mm. The standpipe contains water, which has a mass density of 1,000 kg/m3.(a) What height h of water will produce a circumferential stress of 18.3 MPa in the wall of the standpipe?(b) What is the axial stress in the wall of the standpipe due to the water pressure?
Take Young's Modulus = 12.5kN/mm2
Sailing vessels can carry lead ballast such as bricks to keep the vessel properly oriented and upright in the water. Consider a vessel that takes on cargo and the crew jettisons a total of 0.500m^3 of the lead ballast into water 2000 m deep. Seawater's density is equal to 1.025 g/cc while lead's bulk modulus equals to 42.0 Gpa. Calculate the weight of water in a column with cross section of 1 m^2.
A commpon way of salvaging cannons from old wreacks is to attach an inflatable balloon filed with air. Assume that the cannon is a solid cylinder of iron which is 1.30m long with a radius 17.3cm. The density of iron is 7.87g/cm^3. a. If an air bag were filled twice the volume necessary, what will be the tension in the rope between the air bag and the cannon when the air bag reaches the surface and comes to rest? What volume of air bag wil be floating above the water surface?
carbon tetrachloride at 20 degree celcius has a viscosity of .00097 kg/m.s. what shear stress required to deform this fluid at a strain rate of 5000 Hz?
A piece of lead (sp. Gr. 11.3) is tied to a 130 cc of cork whose specific gravity is 0.25. they float just submerged in water. What is the Buoyant force at cork?