Extra credit problem (5 pt) The isothermal bulk modulus (Br) is defined as the reciprocal of...
The isothermal bulk modulus (B) is defined as the reciprocal compressibility ( K potential by ofthe isothermal n ρ/ dP), ), Show that the modulus is related to the chemical Ec where p is the number density
Problem 2 (5 pt.) Show that: where the velocity show that and the dot denotes the time derivative. Extra credit: Using (1) and (2), = Hints: r2 = F-, r = (r2)1/2
Physics 102 Extra Credit Legendre Polynomials Problem The following problem is worth 5 ertra credit points! Consider a disk of radius R carrying charge q (un formly distributed) and lying in the ry plane as seen in the diagram. We want to determine the potential V(r,0) everywhere outside the disk, for r R (because of the azimuthal symmetry the potential doesnt depend on φ). We have seen earlier that the potential along the z-axis (when 0-0) is gr R2 V(ro-ro...
Extra Credit, 40 points. There are 15 extra credit problems in the 4 tables below. The answers to these 15 problems are contained in the Extra Credit Answer Table Below. On your multiple choice answer sheet, write the number from the Extra Credit Answer Table that best corresponds to the 15 extra credit problems 50 Table 1. Extra Credit Problems 1-4 1. calcium nitride 2. Sr3(PO4)2 3. HCO Table 2. Extra Credit Problems 5-8 group of the periodic table. 6...
EXTRA CREDIT OoCA Compliance is actually defined as the rate at which vessel volume changes with respect to change in transmural pressure (pressure difference between interior and exterior of vessel), i.e. dV where V is the vessel volume and Ptm is the pressure difference between the vessel interior (at pressure P) and the vessel exterior (at pressure Pe). While compliance will generally decrease (become stiffer) as transmural pressure increases, it frequently changes slowly and, thus, can be considered constant over...
Please answer number 3 and extra credit Problem #3 Draw the major product from each of the following reactions: NaBH4 EtOH 1. LDA, -78°C 2. CH3-l Extra Credit Draw the major product expected from the following reaction sequence. Show all intermediate structures. 1. Mg°, Et2Co 2. Br 3. H3O 4. NaBH4, EtOH 5. PBrs 6. Mg, EtyO 7. H3C CH3
4. (5pt +15 pt) (Required for PHY803 students only. +10 pts extra credit for PHY493 students.) Hadronic resonances are often labeled with the resonance mass, as the constituent quarks can be in a spin 0state, leading to a higher mass. This is commonly denoted as X(M) for a particle X with mass M in units of Mev The Λ0(1116) has the following decays: Decay Decay Mode Number Branching Fraction 0.639 t 0.005 0.358 + 0.005 0.00084 ± 0.00014 0.00175+0.00015 0.000832+...
pt.1 pt.2 Required information Problem 5-2A Record transactions related to credit sales and contra revenues (LO5-1, 5-2) [The following information applies to the questions displayed below) Outdoor Expo provides guided fishing tours. The company charges $250 per person but offers a 10% discount to parties of four or more. Consider the following transactions during the month of May. May 2 Charlene books a fishing tour with Outdoor Expo for herself and four friends at the group discount price (81,125 -...
Problem 1-5 1. If X has distribution function F, what is the distribution function of e*? 2. What is the density function of eX in terms of the densitv function of X? 3. For a nonnegative integer-valued random variable X show that 4. A heads or two consecutive tails occur. Find the expected number of flips. coin comes up heads with probability p. It is flipped until two consecutive 5. Suppose that PX- a p, P X b 1-p, a...
Problem 25 please -Sesin(2x)-9ecos(2x). 21. W = Span(B), where Br(x2e-4x , xe®, e-4x); f(x)--5x2r" + 2e-4-1e 22. W= Span(B),where B= ({x25, x5*, 5x)); f(x)--4x2 5x+9s5x-2(5x). 3 W Span(B), where B (Exsin(2x), xcos(2x), sin(2x), cos(2x)y): f(x) = 4x sin(2x) + 9x cos(20-5 sin(2x) + 8 cos(2x). 24, In Exercise 21 of Section 3.6, we constructed the matrix [D, of the derivative operator D on W- Span(B), where B e sin(bx), e" cos(bx)): Dls a a. Find [D 1g and [D'lg: Observe...