A partile performing linear S.H.M. has maximum velocity of 20 cm/s and maximum acceleration of 80 cm/s2 . Find the amplitude and period of oscillation.
Q: An energy of 500 J is spent to increase the speed of wheel from 60 rpm to 240 rpm, Calculate the mom...
A: In this case energy spent i.e. work done gets converted into increase in kinetic energy. ω1...
Q: A sub-marine with its axis 15 m below water surface fitted with pitot tube moves horizontally in sea...
A: We have the given data fromt he question, 1) Specific geavity of sea water Sw = 1.026 2) deflect...
Q: The wavelengths of two sound waves in air 81 m and 173 81 m. They produce 10 beats are 170 second. C...
A: Given data-Beat Frequency=10λ1=81173mλ2=81170m
Q: The slotted arm revolves about a normal axis through point O with a constant angular velocity w.The ...
A: Spring compression: When a spring is at the equilibrium position, the resultant force acting on the ...
Q: B3
A: Answer: As per the given statement,
Q: Which of the following is required for the formation of magnetostatic fields? I-AC currents II-DC cu...
A: Whenever the current flow in the conductor changes magnetic field is produced. -AC currents When t...
Q: None
A: Given data, 1) Sz|+>2) Sy|->3) Sz|->4) Sy|+> where, |+> state corresponds to spi...
Q: Please solve asap.
A: Given, The number of turns, N=100 Rectangular loop length and breadth, a=0.5mb=0.3m Magnetic field, ...
Q: B6
A: Given: The star moves north at 5.0 arcseconds per year. To determine: The distance of this star from...
Q: B6
A: Let us consider a single charge q projected in an electric field E and magnetic field B with a veloc...
Q: Show that the escape velocity of a body from the surface of the earth is /2 Vc where Vc is the criti...
A: Critical velocity of a body is Vc =GMR+h For a body orbiting very close to the earth's surface, h is...
Q: A mass on a spring has displacement as a function of time as: x(t) = (11.70 cm) cos((6.14 rad/s)t –...
A: Given: Displacement as a function of time x(t)=11.7 cm cos6.14 rad/st-11.42 Mass of the spring m=1.8...
Q: A flying object is flying at a speed 1100 km / hour at sea level at a temperature of 20°C. Take K = ...
A: Here, A object is flying at speed of 1100 km/hr at sea level at temperature of 200C We have to fi...
Q: 03: Use the finite element method to determine the natural frequency for the system shown below M,A,...
A: To solve: The finite method use for determining the natural frequency of the system shown.
Q: Advanced Physics Question
A: (1) The total potential energy stored in a system is given by : W=∫0QVdqHere, Q is the charge of the...
Q: Advanced Physics Question
A: In a conductor, large number of free electron charge carriers exist which freely move. When we distr...
Q: Derive an expression of conservation of moment in differential form.
A: This principle is based on the law of conservation of momentum which states, the net ...
Q: An object with 10kg mass is attached to spring hanging from a ceiling. This causes the spring to st...
A: Given: Object mass m=10 kg Stretched spring x=2 m time t=0 force f(t)=20cos4t The damping constant y...
Q: Advanced Physics Question
A:
Q: B7
A: n=order of diffraction Number of rulings, N=605±5 lines/mm from the data given it can be summarized...
Q: 1.10-mm A 14 em 1.) A straight wire carries a 10.0-A current. ABCD is a rectangle with point D segme...
A: Given: The straight wire carries current, I=10 A,Bc =5 cm=5×10-2 mAB=14cm=14×10-2mAs we know the Bio...
Q: In a biprism experiment the micrometer readings for zero order and tenth order fringes are1.25 and 2...
A:
Q:
A: Solution: As per the given data,
Q: Four point masses 1 kg, 2 kg, 3 kg, and 4 kg are located at the corner A, B, C and D respectively of...
A: We have, m1 = 1 kg m2 = 2 kg m3...
Q: None
A: The elastic modulus of a material is a mechanical property of the material which measures its stiffn...
Q: A piston-cylinder device contains a mixture of 1.0 kg of H2, and 1.6 kg of N2 at 100 kPa and 300K. H...
A: Solution-Given thatmass of H2 (m1) =1.0 kgmass of N2 (m2) =1.6 kgPressure (P)=100 kPaInitial Tempera...
Q: Find the magnetic field at the center of a regular N-sided polygon,carrying a steady current I. Let ...
A: Consider a current-carrying finite wire below: The magnetic field at point P which is 'r' distance...
Q: im not sure how to do the percent difference, and also the solpe= bl/r thank you
A: This is an experimental procedure with the aim of comparing the ope vaue obtained from the experimen...
Q: A 100 kg box has 5,000 J of kinetic energy. The coefficient of friction between the box is 0.4. How ...
A: Given that:Mass of box, m=100 kgEnergy, E=5000 JCoefficient of friction, μ=0.4
Q: B2
A: Given: The radius of the wire is 2 mm or 0.002 m. Assume the long wire as two cylinders of opposite...
Q: Evaluate the line integral 8xy ds, where C is the right half of the circle x? + y = 25.
A: Solution: The equation of the circle is given as: x2+y2=25,radius r = 25 x= 5cosθy= 5sinθds=dxdθ2+dy...
Q: There is a horizontal crack 40 mm wide and 2.5 mm deep in a wall of thickness 100 mm. Water leaks th...
A: Given : 1) Width of crack, b = 40 mm = 0.04 m, 2) Depth of crack, t = 2.5 mm = 0.0025 m 3) Thickness...
Q: How do you identify the unknown from simple distillation which was analyzed by a GC? And How the flo...
A: To answer: How do you identify the unknown from simple distillation which was analyzed by a GC? How ...
Q: An object with mass M = 4 kg at 20 meters from the ground and dropped towards a vertical spring of 0...
A: The object of mass 4 kg is dropped from a height of 20 m from the ground, onto a spring, 0.5 m in le...
Q: None
A: Given, The density of potassium, NV=0.862×10-3×106kg/m3NV=0.862×103kg/m3 Atomic weight= 39.098 mass...
Q: Three long straight wires carry current out of the page as shown below with l1 = 1A, l2 = 2A and I3 ...
A: Given I1=2A, I2=2A, I3=3A d=50cm=0.5m
Q: 3.) Coherent light of frequency 6.32 x 104 Hz passes through two thin slits and falls on a screen 85...
A: The following data are given: Frequency of the coherent light, ν=6.32×1014Hz Distance between the sc...
Q: What is the Carnot efficiency (in percent) of a heat engine operating between the temperatures of 39...
A: Given: T1=668K, T2=443K The Carnot efficiency of the heat engine operating between the given tempera...
Q: 1(a) A damped simple harmonic oscillator has mass 2.0 kg, spring constant 50 N/m, and mechanical res...
A:
Q: B5
A: Given, Total heat transferred is, Q=4841552.163J area of pane is, A=3.881m2 thickness of pane is, L=...
Q: One kilogram of air contained in a closed system at 100 kPa and 300 K is compressed isothermally til...
A: Given Data, m=1 kg, p1=100 kPa, T1=300 K, V2=12V1We know, The process ...
Q: How much energy (in kJ) is required to boil 0.51 kg of ethyl alcohol that is initially at 11.8˚C [ro...
A: Given m=0.51kg Ti=11.8⁰C Tv=78.3⁰C Lv=855000 J/kg Cp=2450 J/(kg-⁰C) Tf=-114.4⁰C
Q: Calculate the energy density in the range 650 nm to 655 nm inside a cavity at (a) 25 °C, (b) 3000 °C...
A: To answer: The energy density in the range 650 nm to 655 nm inside a cavity at (a) 25 °C, (b) 3000 °...
Q: A particle performing linear S.H.M has maximum velocity of 20cm/s and maximum acceleration of 80 cm/...
A: Given data- Vmax=20 cm/s accmax=80 cm/s2
Q: A stepped cylindrical container is filled with a liquid as shown in the Fig. Q. 93. The container wi...
A: Correct Answer is option : (d) 4
Q: The rim of the wheel has a diameter of 30cm, a string is wound on the rim and is pulled at a rate of...
A: In this case, the a string of certain length is wound on a rim and pulled at some speed. We need to ...
Q: Q2: Resolve the 100 N in two components at AB and AC directions? Fig (2)
A: The following data are given: Force, F=100N The angle made by the force with the horizontal, θ=30°
Q: The blood content of a man who’s weighing 780 N is equal to 0.0054 kg/m^3.
A: Given : W=780N, V=0.0054m3, D=1059kg/m3 (a) The mass of the blood is : mb=VD=0.0054×1059mb=5.7186k...
Q: PLEASE HELP ME. I NEED THE SOLUTION AND FORMULA OF THIS SO THAT IT WILL SERVE AS MY REVIEWER FOR MY ...
A: Given : θ=7t3 rad/s3, r=0.45/2=0.225m, t1=2s, t2=6s (a) The angular distance covered by the particle...
Q: An object with mass M = 4 kg at 20 meters from the ground and dropped towards a vertical spring of 0...
A:
A partile performing linear
Step by step
Solved in 2 steps
