Calculate the current (I,) 5 A 2 F 4 ohm Ia SA 4 ohm 4 ohm 2 A 10 A 4 ohm
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A: Nuclear Shell model : The nuclear shell model is used to describe the atomic nuclear configuration. ...
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A: Given: Tank is full at t= 0 Area of outlet = 1m2 We have to find the time taken to empty the tank ...
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Q: position, and 420 ergs when it is at a distance of K.E. of 480 erg when it is at 2 cm from mean Ex. ...
A: (K.E.)1=480 ergx1=2 cm(K.E.)2=420 ergx2=4 cmT.E.=?a=?
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A: The resultant vector with direction. given, A=10∠30∘B=5∠-30∘C=4∠60∘
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A: Given as, A=2m² I= 3.88 MJ/m² ΔT= 7 C Cp= 4180 kJ/kg C m= 0.03 kg/s Qu= Useful energy gain in kW Qi=...
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A: 1) The four electronic quantum number of two electrons cannot be the same. Because an orbital can on...
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A: If you can't read it. Na = 2.43 x 10^25
Q: Problem 4. A pot absorbs 84.6 kJ ±0.5 kJ of heat from the stove, and in the same time it loses 21.1 ...
A: Solution: 4. The heat absorbed by the pot is: Q1=84.6 kJ ±0.5 kJ The heat lost by the pot is: Q2=21....
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Q: Consider an electron in the hydrogen atom that was occupying the following quantum state combination...
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Q: Rain on a roof Consider the vertical vector field F = (0,0,-1), corre- sponding to a constant downwa...
A: Solution F(x,y,z)=xi+yj+zk =0+0+-1k S is the surface of the roof z=4-2x-y and has the downward orie...
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A: Given,mass m=5kgretarding force =15vmg=50Nv(0)=-10m/sx(0)=-3m
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Q: A beam of silver atoms, for which M:=+MB: passes through an inhomogeneous magnetic field, as in the ...
A: given Mz=±μBThe magnetic field gradient, ∂Bz∂z=103 Tm-1The length of the pole pieces, L=0.1 mthe dis...
Q: 2. A motorist drives east for 1.0 hour at 85 km/hr and then stops for 15 minutes. He then continues ...
A: Given that, A motorist drives east for 1.0 hr. at 85 km/hr Stops for 15 minutes. East for another ho...
Q: An aircraft wing is flying at an altitude of 25000ft above sea level. Calculate for the temperature,...
A: Solution:-Given thatAltitude (h)=25000 ft=25000×12×0.0254=7620 mPressure at reference lever (i.e. at...
Q: In the figure shown. Compute the following: (1) A. and A, (2) B. and By 600 N 900 N (3) Using trigon...
A: We’ll answer the first question since the exact one wasn’t specified. Please submit a new question s...
Q: Part 1: 8 (13nC) creates Ē cconstant) =1.3m - rz =7.8 -→AV =? → AV = ? %3D Ell at Cr=l.3 m) =?
A: Given: The magnitude of the charges is given as q1 = 13 nC q2 = 0.01 μC
Q: The 4 nF capacitors are pre-charged to 3 V, and the 10 nF capacitor is pre-charged to 1.2 V. At t = ...
A: Let C1 = 4 nF C2 = 4 nF C3 = 10 nF Initially, V1 = 3 V V2 = 3 V V3 = 1.2 V
Q: Prove Newton's equations of motion at constant acceleration. Tha show that I. v = u + at 1 s = ut + ...
A: (I) Prove of v=u+at Acceleration is equal to rate of change of velocity, a=change in velocity Time ...
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A: Here we need to find whether the kinetic friction depend on applied force or not.Now,As we know that...
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Q: Vector A has components A, = -15.4 and A, = 4.12. What is the magnitude of this vector? 15.94 Find t...
A: Answer : The vector A→ has components Ax= -15.4 and Ay=4.12 So, the vector is : A→=Ax i^ + Ay j^...
Q: P3- A particle of mass 0.32 kg is attached to the end of an inextensible cord of length 0.96 m. Wher...
A: (Only the 15th part of the question has been asked to solve) mass of the particle, m=0.32 Kg Length ...
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Q: A proton is placed in a uniform electric field of 3000 N/C. You may want to review (Page). Part A Fo...
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Q: Part C Find the magnitude of the net electric field these charges produce at point B. Express your a...
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Q: #3. Susan takes a flight due east with a distance of 1,354 km. She then takes a small puddle jumper ...
A: Solution:-Given thatFirst distance-1354 km due eastSecond distance-221 km due west
Q: 2.8 A straight cylinder of radius a and height h is placed symmetrically along the z-axis so that it...
A: Here we will use cylindrical coordinate. And simple flux formula.
Q: A-4.00 nC point charge is at the origin, and a second -6.00 nC point charge is on the z-axis at z = ...
A: Given, q1=4×10-9Cq2=6×10-9Cx=0.8m q3=1.6×10-19C D. An electron at point x=0.2m. The two forces are ...
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Q: Imagine yourself traveling as an astronaut. What are the other things that you want to discover to c...
A: To answer: What are the other things that you want to discover to contribute to the new advancements...
Q: • Part A What is the magnitude of the force F on the -10 nC charge in (Eigure 1)? Suppose that a = 2...
A: Given, q1=15nCq2=5nCq3=10nC r=a2+32r=2.42+32r=3.84cm cosθ=33.84cosθ=0.78sinθ=2.43.84sinθ=0.625 F1=1...
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