9) Which of the following statement is correct about the Gaussian distribution of the heat source? i. Heat intensity is maximum at the outer periphery of the arc İi. Heat intensity is maximum at the centre of the arc iii. Heat intensity is decreasing exponentially in the radial direction from the centre iv. Heat intensity is decreasing linearly in the radial direction from the centre a. i, and iii b. i and iv C. ii and iii d. ii and iv
Q: A Question 12 The picture shows a pulley system moving a one-kilogram weight. What is the mechanical...
A: Given, Pully system
Q: Ace Industries has a 50 kW air compressor that operates at full-load (LF = 1), all day for 365 days ...
A: If a motor were 100% efficient, there would be an electric load of 50 kW. Since the motor is only 90...
Q: ge with ps1-5 pC/m 3D5 sheet with ps2=-4 Ps2 es the plane x = 6 m
A: Given: To find the potential difference using the values as,
Q: Consider a white dwarf star that has a thin, high-opacity, and non-degenerate shell at an effective ...
A: Given Effective temperature Teff = 28000 K Mass of the star (M) = 1 M⊙ Radius of the ...
Q: What current flows through a 1.50-cm diameter of pure copper wire (p = 1.70×10-8 Ω⋅m) that is 14.0 c...
A: In this case, the diameter and length of the copper wire are given. And the resistivity of the wire ...
Q: Draw conducting rectangular solid of dimensions d; = 5 m, d, = 3 m, and d; = 2 m, which moves with a...
A: Given: dx=5m, dy=3m, dz=2m, v=20m/s i^, B=30×10-3T j^ Refer to the figure :
Q: For (y) = cye-R the eigenvalue of the operator Å =0?
A:
Q: You have a 200 Ω resistor, a 0.400 H inductor, a 5.00 mF capacitor, and a variable-frequency ac sour...
A: Given that, Resistor, R=200 Ω Inductor, L=0.400 H Capacitor, C=5.00 mF Amplitude, V=3.00 V Angular f...
Q: Q4) a-In your own words, explain in details the effect of changing polarity on the dielectric consta...
A: Given: k=1.9, d=2.5×10-3m, d'=3.5×10-3m (a) When a dielectric is placed inside a capacitor, the exte...
Q: 4 cm 3 cm 2 cm → 0< 13. a. How much work would it take to move a -12 µC point charge from point A to...
A: Solution: 13. (a). The potential at A due to the charge q1 and q2 is, VA=kq1r1+kq2r2 =k5×10-60.03...
Q: Paramagnetism: IF the average energy of the system is 0.1µH, then the probabilities (P1, P2) for the...
A: The average energy of the system is <E>=0.1 μHEnergy in the 1st level E1=-μHEnergy in the 2nd...
Q: Given the partition function of a certain gas is given by Z= C (V-nb)N (T³N/2), then the pressure is...
A: First we have to get expression of free energy from the partition function, and then using Maxwell l...
Q: In a physics lab, students are conducting an experiment to learn about the heat capacity of differen...
A: Given, First group, For lead, m1=1.5gT1=920Cm2=305gT2=160C Second group, m1=1.5g a. Equilibrium temp...
Q: Instructions: Illustrate the following computations required, 5 pts each). 1. 15m @30° N of E 2. 15m...
A:
Q: Specify the symmetry of the following functions: (a) y (x1, x2) = 4(x1 – x2)² + 0 3(x1=x2) (b) $(x1,...
A: (a) ψx1,x2=4x1−x22+10x12+x22ψx2,x1=4x2−x12+10x22+x12 It can be inferred that both of the above quan...
Q: A shot-putter moves his arm and the 7.0kg shot through a distance of 1.0 m, giving the shot a veloci...
A: Given Mass (m) = 7.0 kg Distance (d) = 1.0 m Velocity (v) = 10 m/s
Q: A spaceship moving away from the earth at 0.900c fires a robots pace probe in the same direction as ...
A: Given that, Spaceship moving away from the earth at 0.900c, vx'=0.900c A robot space probe in the sa...
Q: Paramagnetism: consider a solid in which J= ½ (m= ½ and -½) (N=n1 + n2). Then, when a magnetic field...
A:
Q: In Young's double-slit interference experiment, it is found that the second bright fringe is at the ...
A: We know thatEquation for diffraction, dSinθ=nλ Equation 1where, slit separation, d=1.5×10-3mm=1.5...
Q: Pluto has been hard to measure from Earth because of the atmosphere. In 2007 Young and Buie measured...
A: Solution: The measured value of the Pluto diameter is D/ = 2322 km The actual value of the Pluto dia...
Q: For the potential V(x.y.z), we have VV • £ = 5 (V/m) and VV x â = -2.32 (V/m). Therefore, V(0, 8,0) ...
A:
Q: HW What is the Linear Energy Transfer resulting from the passage of a 0.1-MeV beta particle through ...
A: Linear Energy Transfer: When a charged particle goes through a medium, the term "linear energy trans...
Q: If you start charging a capacitor in a RC circuit which has C = 10-4 F, R = 20 kO, and the emf of th...
A: Capacitor starts accumulating charges once starts charging. Slope of charge with time can be calcula...
Q: One kilogram of water at 0C is heated to 100C. Compute its change in entropy. Assume that the spec...
A: Given that,Mass of water : m = 1 (kg)Heat : C = 4190 (J/kgK)Temperature: T2 = 100°CTemperature: T1 ...
Q: Consider a square-shaped conducting coil with 50 turns of wire. Each turn of the wire has a length o...
A:
Q: Using U= U(P,T) and the first law, derive the following sq = [), əv + P + P dT + dP T Using the abov...
A: 1) Given, dQ=∂U∂TP+P∂V∂TPdT+∂U∂PT+P∂V∂PTdP At constant pressure, dQ will be, dQ=∂U∂TP+P∂V∂TPdT or, d...
Q: Two semi-infinite grounded conducting plates meet at right angles. In the region between them, there...
A: (i) Method of Images : Method of images replaces the original boundary by appropriate image charges...
Q: What is the average density of a neutron star that has the same mass as the sun but a radius of only...
A: Given that: Radius of neutron star r=82.794 km Mass of neutron star is equal to mass of Sun.
Q: 3.3 Is the vector field V(r, 4, z) =- 2n, rotational? Support your answer with a calculation.
A:
Q: lease help with the solution to this problem. A booster launches a satellite due east from Cape Can...
A: Given: latitude is 28.5oN To find the total delta V
Q: The yz-plane contains a uniform sheet of charge with p51=7 pC/m2, A second sheet with ps2=-3 pC/m²? ...
A: This problem can be solved using the formula for electric field of a charged sheet.
Q: A concave mirror has a focal length of 40.0 cm. Determine the object position for which the resultin...
A: Solution:-Given thatFocal length (f)=40 cmImage size (I)=4×Object Size (O)IO=4 ...
Q: A telephoto lens for a camera has focal length 0.250 m and maximum aperture f/4.0. Take the waveleng...
A: Given that, telephoto lens for a camera has a focal length of 0.250 m The aperture size is f/4.0 Let...
Q: A telescope is constructed from two lenses with focal lengths of 95.0 cm and 15.0 cm, the 95.0 cm le...
A: Given that,The focal length of lens 1 (f1 ) = 95 (cm)The focal length of lens 2 (f2 ) = 15 (cm)a : H...
Q: 7. Suppose identical amounts of heat transfer into different masses of copper and water, causing ide...
A: Given , same amount of heat is transferred into the different masses of copper and water, causes ide...
Q: Two identical small charged spheres, each having a mass of 0.0365 kg, hang in equllibrium as shown i...
A: Given : m=0.0365kg, L=0.15m, θ=5° Refer to the figure below :
Q: 1. suppose you filled completely a cylindrical container with water. where its top is sealed with a ...
A: Note : We’ll answer the first question since the exact one wasn’t specified. Please submit a new que...
Q: Consider the pipe assembly in the Figure below. The applied forces are defined as F1 = (100i -120j +...
A: Given: The applied force is given by F→1 = (100 i^ -120 j^ + 75 k^) kNF→2 = (-200 i^ +250 j^ + 100 k...
Q: A 977-kg object hangs from the lower end of a steel rod 3.9 m long that is suspended vertically. The...
A: The mass of the object is given as, m=977 kg The length of the rod is given as, L=3.9 m The diameter...
Q: 9 : Determine the angular acceleration of a rotating body which slows down from 500 r.p.m. to rest i...
A: Given that : n1=500 r.p.m=8.333 r.p.s.n2=0 r.p.m=0 r.p.s. α=?
Q: In the. Electric Field Mapping experiment, the emf of the power supply is 20 V and the slope of the ...
A: In an electric field mapping experiment, electric field measured is the slope of emf of power supply...
Q: 4.0 cm tall. (a) How far in front of the vertex of the mirror should the filament be placed? (b) Wha...
A: a) Given: The distance, s' = 8 m. The height of the object o = 6 mm. The height of the image i = 2...
Q: Suppose you start charging a capacitor in a RC circuit at t = 0, with C = 10-4 F, R = 20 kQ, and the...
A:
Q: Properties: Cable AD is horizontal Angle ADE - 120 Angle BDE - 105 Angle CED- 10s
A: To find the tension in the cable as,
Q: 6 J of work is needed to push an object of mass 2 kg from point A to point B of the frictionless inc...
A: Here, we define the work done as W=f×d Where f is the force and d is the distance traveled. In an in...
Q: One performed the complex modulus testing on a densely graded asphalt concrete mixture to obtain the...
A: Concept used: Complex modulus test is the measure of dynamic mechanical properties of material.
Q: A wire of mass 0.5 gm and length 0.5 m is under a tension of 2 kg. wt. Calculate the frequencies of ...
A: Given information: The mass of the wire (m) = 0.5 gm = 5×10-4 kg The length of the wire (l) = 0.5 m ...
Q: A particle of charge 7µC is located on the -axis at the point = 5.1 cm. A second particle of charge ...
A: Given: q1=7×10-6C, r1=5.1×10-2m The electric potential due to the first charge at the origin is : V...
Q: On an air track, a glider of mass 200 g traveling at a speed of 2.0 m.s collides with a stationary g...
A: Mass of 1st air track glider, M1=200 g=0.2 kg Speed of the air glider, v1=2.0 m/s stationary glider,...
Q: A sonometer wire of length 35 cm is in unison with a fork. Calculate the frequency of the fork. Give...
A: To find- Frequency of fork(n)=? Given data- T=10×9.8 Nm=10-4 kg/mg=9.8m/s2l=35 cm=0.35 m
Step by step
Solved in 2 steps