Cite five examples on how relativity is applied and what is its use. Example: GPS (Global Positioning System) – It is use in tracking location and position.
Q: Lastly, from part 1, pendulum lab, we clearly would need to set the bob swinging from some angle alo...
A: The time period of an oscillating bob of length L is given by : T=2πLg a. In accordance with the abo...
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A: For a two electron system, the total wave function is given by ψ1,2=1s11s2α1β2-α2β1 The total wave f...
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Q: 1. (a) A resistor is constructed from a rod of cross-sectional area 9.0 x 106 m? and length 0.006 m....
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A: Given Statement: Inside a Faraday cage the electric field is zero as long as no charges exist inside...
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A: Given that,The potential : V = 12 (V)Total internal resistance : r = 3.40 (MOhm)Time : t = 4 (sec)Vo...
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A: Given that,Length of pendulum : L =4 (m)Acceleration : a = 4 (m/sec2)Here we need to find the time p...
Q: RC 22 27 k2 ur ww. ww.
A: From the given circuit as, R+n =R1 II R2 =27×1542 =9.64 kΩ V+n =R2R1 +R2Vcc =1542×9=3.214V
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A: Given that, The volume of air balloon, V = 2387 m3 The density of cold air outside the balloon, ρc ...
Q: A heavy swing door has a mass of m = 5,000 kg, a width w = 1.9 m, and a height H = 3.3 m. The door s...
A: The given swing door has a mass of 5000 kg, and a width of 1.9 m. The axis of rotation of this door ...
Q: S Y(x) = 1+ix =DA 1+ix2 What is the value of the constant A in the wave function V7 V5 V 3t V 3n Opt...
A: Solution - We have, ψ(x) =A1+ix1+ix2 ⇒ ψ*(x) = A*1-ix1-ix2 Normalization condition gives → ∫-∞∞ψ*(x)...
Q: Q3\ Determine the z transforms to the following: Z{sinh ka} *
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Q: 2/Theinfluence of the Position in the momentum Spaceisgiven y the retationsnip for= choose the aksua...
A: We have to find the position operator in a momentum basis.
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Q: B. 50.0 C. 13.7 D. 23.1 E. Zero Q.17: The disc in the adjacent figure has radius R and rotates () wi...
A: As directed only question 17 will be solved: In a disc it is given, that the angular velocity and li...
Q: Two metal spheres with the same radius, the same charge and mass are suspended from two insulating w...
A: Electrostatic.
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A: We know the time taken by the object will be, t1=D1v0 The deflections will be, d1=12at12 But we know...
Q: / line. If electric po ours is?
A: Total electrical energy is, where E is the total electrical energy. I is the current used by the he...
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A: The speed of sound in air is dependent on the temperature of the surroundings as the following equat...
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A: A physical dimension is a characteristic that we attach with physical quantities in order to classif...
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Q: The Laplace Transform of [ - u(-t) ]= *
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Q: An example of a simple model based on atmospheric fluid dynamics is the Lorenz equations developed b...
A: The order of a differential equation is defined as the maximum degree of derivative in the equation,...
Q: QIThe prodket of the two (ABI gives Choofe the answer influekces t. 2/8^A^
A: Here, givenAB+ =________
Q: The z-transform of x[n] = u[-n] %3D O z/(z-1) where, I zl 1 O 1/(1-z) where, I zl> 1 O - 1/(1-z) whe...
A: The functions in mathematics are transformed from one form to another so as to get information that ...
Q: rence betwe 20.0-2 resi
A: The resistors are connected in series and parallel, the reduced circuit is given as,
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Q: A Coz laser has a Waveleng thof le Gum and a sPherical resonator lengthof lucm, So what is the magni...
A: Given a spherical resonator of length l=10cm=.1m given wavelenth λ =10.6 μm=10.6×10-6m we need to ca...
Q: A correctly calibrated spring scale records the weight of a 2-kg body as 17.0N at a location away fr...
A: Given Weight is W= 17.0 N Mass of body is m=2 kg Acceleration due to gravity is g=?
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Q: The observed brightness of a luminous object falls off as the square of its distance from us (the in...
A: Given, The observed brightness of the luminous object falls off as the square of its distance from u...
Q: For a BJT with Vbe(on) = 0.7 V and Vce (sat) = 0.3 V, the operation mode if Vbe = 0.6 V and Vce = 12...
A: For a BJT transistor to be in operational mode, Vcb must be positive.
Q: 2/Theinfluence of the Position in the momentum spaceis given by the retationsnip ro= choose the ansu...
A: This question can be solved by using rules of the quantum physics and opeator mathematical analysis ...
Q: What is the maximum speed with which a 1200-kgkg car can round a turn of radius 90.0 mm on a flat ro...
A: Hey dear this question is related to horizontal circular motion. Have a look
Q: Calculate the value of the uncertainty in the energy of the excited state of an atom when the electr...
A: From Heisenberg Uncertainty principle, we have∆E ∆T ≥h4π∆E∆T=h4π∆E=h4π∆T
Q: Consider a three-dimensional infinite potential well with a quantized energy of Ennyn, 2ma (n + n + ...
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Q: Use the photo-electric method to find the electric field in the region between a (Q+) charge and a v...
A: This problem is from Electrostatics. As specified, let's solve this problem by using Image Method . ...
Q: The spectral energy distribution of the sum has a maximum at 4650 Aº. It temperature of sum is 6000°...
A: Let us try to find the temperature of the star.
Q: 1/Theinfluence of the Position in the momentum space is given by the retationship choose the ansuak ...
A:
Q: Consider a three-dimensional infinite potential well with a quantized energy of Ennyn̟ i ( + ng + n2...
A: Here,the wavefunctionψx,y,z=2a32sin(2πxa)sin(2πya)sin(2πza)
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Q: A radio can tune over the frequency range of a portion of MW broadcast band: (800 kHz to 1200 kHz). ...
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Cite five examples on how relativity is applied and what is its use.
Example: GPS (Global Positioning System) – It is use in tracking location and position.
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