Calculate the volume of the cone using spherical integral Calculate the volume of the cylinder using spherical integral
Q: A 10 kg Teflon object on a level surface has a coefficient of static friction and kinetic friction o...
A: Given information: The mass of the box (m) = 10 kg The coefficient of friction (μ) = 0.4 The force t...
Q: None
A: Given:
Q: B2
A: Given: The density of the iceberg is 917 kg/m3. The density of the ocean water is 1024 k...
Q: B5
A: Look back time is how far in time we are looking. Let us denote the Hubble time as tH=1Ho Lets deno...
Q: Find the Thevenin equivalent circuit for the network circuit to the resistor R 72v on v 30 30 O 10 4...
A: A voltage source possesses an internal resistance, in general. When we connect an external resistanc...
Q: A source of sinusoidal electromagnetic waves radiates uniformly in all directions. At a distance of ...
A: Since intensity decays by inverse square law and intensity is proportional to square of amplitude of...
Q: Suppose the attraction between the gas molecules is important, and the equation of the state is p =n...
A: Given: Equation of state is P=nRTV-n2aV To find: a) Expression for isothermal reversible expansion ...
Q: 5 Q:- A current of (2 µA) passing through an intrinsic silicon bar has (3 mm) length and (50 × 100 u...
A: The current is given as, I=2 μA (or) I=2×10-6 A The length of the bar is given as, L=3 mm (or) L=3×1...
Q: D1
A: Advantages of laser diode over light emitting diode : Laser diodes provide high output power as co...
Q: B9
A: Answer: Given, mass of block, m=6.50kg Maximum height of the track, h0= 7.70m (At point A) Height a...
Q: 15.0 kg load of bricks hangs from one end of a rope that passes over a small, frictionless pulley. A...
A: Given that,Mass of bricks (m1) = 15 (kg)Mass of counter weight (m2) = 28 (kg)Here,We need to find th...
Q: Given the illustration below, a ball is thrown of A with Vo-25 ft/s and e=0.90 at A. Compute the dis...
A: The initial velocity of the ball is given as, vo=25 ft/s The height at which the ball thrown is give...
Q: A 220 Ω resistor, a 0.850 H inductor, and a 5.00 μF capacitor are connected in series across a volta...
A: Solution; The impedance of the LCR circuit is given by, Z=R2+XL-XC2 =R2+ωL-1ωC2 =2202+270×0.850-...
Q: 4) Consider two energy states, E2 = 2.1 eV and E1 = 1 eV. Assume that there are %3D 1*1016 electron/...
A: Given: The energy of the ground state is E1 = 1 eV The energy of the first excited state is E2 = 2.1...
Q: Please answer the following!!!
A: Given: The intensity of the laser is I0 = 86 W/m2
Q: Coherent light of frequency 6.30×1014 Hz passes through two thin slits and falls on a screen 85.0 cm...
A: Given, Frequency, f=6.30×1014Hz The distance from slits to screen, x=85cm The third fringe occurs at...
Q: None
A: Given, kinetic energy E= 8.4 MeV Binding energy of alpha particle =∆mc2Alpha particle has 2 proton a...
Q: a. At what angle below the horizontal should you insert your straw in order to hit the tapioca ball?
A: If the angle of the incident ray and the refracted ray with the normal to the plane of the refractin...
Q: Q2\ A uniform line charge of 24 nC/m is located along the line defined by y = 1, z=2 find E at P(6, ...
A: The magnitude of the line charge density is given as, ρL=24 nC/m The position of the line charge is ...
Q: 1. This first question contains a number of unrelated problems that should each be given a short ans...
A: More than one unrelated questions are asked, so the 1st one is answered. The Euler Lagrange's equati...
Q: A 29.0 cm long spring is hung vertically from a ceiling and stretches to 34.7 cm when a 6.50 kg mass...
A: Given that,The length of the spring (L) = 29 (cm)The spring stretches 34.7 (cm) when a mass of 6.50...
Q: A coil of 2000 turns, each of area 0.02mʻ is kept in a uniform field of magnetic induction 4 x 10 T,...
A: We have been provided with data- N=2000 A=0.02 m2 B=4×10-2T f=1200 r.p.m=120060=20 r.p.s.
Q: B1
A:
Q: A two-cell tube has an outer wall of thickness "2t" and an inner wall of thickness "t". If the modul...
A: To answer: The torsional stiffness and the shear flows.
Q: Calculate the equivalent inductance of the circuit if the 6-mH inductor and the combination of 8-mH ...
A: The combinations of components are together to create coupled circuits. The meaning of coupled circu...
Q: B9
A:
Q: Calculate the volume of the Brillouin zone of the real space BCC lattice, in terms of the lattie par...
A: Brillouin zone is the locus of all those k→ values in reciprocal lattice that are Brags reflected. ...
Q: None
A: Boolean algebra is the algebra using the boolean variables which can take only two values of 0(False...
Q: Because the human ear is so sensitive to sounds, it can detect very small intensities. The lower in...
A: In this case, the intensity of a sound is given. And we need to calculate the sound level of the cor...
Q: The potential for an anharmonic oscillator is U = kx^2/2 + bx^4/4 where k and b are constants. Find ...
A: Given, U=kx22+bx44 According to Hamilton’s equations, H=T+U H=12mdxdt2+kx22+bx44H=p22m+kx22+bx44
Q: How to convert 2500 watts to w/h under these conditions. The 2500 watts were the measured average of...
A: Solution: As per the above data,
Q: Light of wavelength 465 nm is incident on two slits separated by d = 5.75 mm, forming an interferenc...
A: Given that,Wavelength of the light (λ) = 465 (nm)Distance between slits (d) = 5.75 (mm)Distance of s...
Q: When the indoor temperature of a house is 25°C and the outdoor temperature is -8°C, the inside and o...
A: Given: The inner surface temperature=21.80 C Outside surface temperature=18.60C Area = 2.66 m2 Thick...
Q: Which of the following talks about the resultant force a moving charge experiences when subjected in...
A: As per Lorentz's law, when ever a particle of charge "q" moves with velocity"v" in an electric field...
Q: None
A: The phenomenon of spontaneous transformation of a nucleus is known as radioactivity. There are kinds...
Q: Find the voltage V3 in the circuit as shown. " 4Ω + + 10 v (+ 6 V O 10v 4V O 6V 16V ww + s!
A: Given: A circuit diagram having two voltage sources, three currents in the loops and three resistors...
Q: Adam can jog with an average acceleration of 2.3 m/s^2. If he accelerates from 1,200 m to 2,840 m at...
A: Given : a=2.3m/s2, x1=1200m, x2=2840m, u=16m/s The distance covered by adam is : s=x2-x1=1640m Usin...
Q: (a) Write the expression of system matrix for a thick concave lens of thickness t and refractive ind...
A: Refraction is the phenomenon of bending of a light ray when experiencing a change in the medium in i...
Q: Suppose that in a laboratory experiment on inhalation, the average flow rate (Q) was measured which ...
A: (a) The average speed in ms-1. (b)The Reynolds number for the air flow in the trachea during inhalat...
Q: The distance r between the electron and the nucleus in a hydrogenatom (in its lowest energy state) i...
A: Given: Distance between electron and nucleus is 'r' Probability density, pr=4a0-3r2e-2ra0 Bohr radi...
Q: What should be the radius (measured in meters) of a charged-sphere capacitor so it acts as if it is ...
A: Given : do=7m, di=2m, L=16m The capacitance of the cylindrical capacitor is given by : Cc=2πε0Llndo...
Q: If E = A cos (wt + kx)ŷ V/m is given in free space, where A is a constant. (a) Show that this electr...
A: Using the Maxwell's equation we get ∇→.E→=ρε0in free space, there is no availability of free charges...
Q: Figure 2 shows a conductive disc and a permanent magnet. If the disc is rotating and with the presen...
A:
Q: 04: Find the cohesive energy per atom per Nacl crystal from the following data: Equilibrium separati...
A:
Q: Advanced Physics Question
A: Given,radius of ring r=8cmdistance d= 18cmcirrent I=13A Note : Since we only answer up to 3 sub-part...
Q: B5
A: The following data are given: Proper time, ∆t=2.2μs=2.2×10-6s Velocity, v=0.99c
Q: 1. This first question contains a number of unrelated problems that should each be given a short ans...
A: As per the company policy, we are supposed to answer only first subpart if other subparts are unrela...
Q: Multiple
A: The partition function of the two states is Z=∑states, ie-βεi The two energy states are ε1=0 and ε2...
Q: A boy swings a ball on a string around his head in a circle. Starting out, the radius is ro and the...
A: In this case, a ball on a string has been swinging in a circular path with some initial radius and v...
Q: Given that the current density J = xyz (2 x ax - 4 y ay - 3 z az) amperes per square meter, determin...
A: The given current density is, J=xyz2xi-4yj-3zk The current density is defined as: j=iA
Step by step
Solved in 5 steps with 1 images