(c) For a special whole life insurance issued to (40), you are given: Benefit is payable at the moment at death. 0.03 • b = 200e0 . Mortality follows de Moivre's law with = 100 Assume i = 5% Calculate the actuarial present value of the death benefits of this policy.
Q: Given an 8-inch wafer costing $2200 each, with Y = 80%, Ype = 98% and die arca of 4 x 4 mm?,…
A: Given: Let us consider the given 8-inch wafer and its costing $2200 and Yw=80%Ypa=98% Here is the…
Q: In a water tank there are four taps, the first one adds water at 5 L/s the second at 6t L/s; the…
A: Given: The rate at which the first tap fills water, R1= 5 L/s. The rate at which the second tap…
Q: 4. A force with magnitude F = 10 N with a fixed orientation is applied on a particle. The particle…
A: (d) The work done by the force on the particle is, W=Fdcosθ
Q: UFOs must be incredibly fuel-efficient if they are able to traverse the deep ends of space in such a…
A:
Q: (1) A typical bacterium has a mass of 1 picogram (1 × 10-¹2 gram). Calculate the mass of a mole (or…
A: Mass of bacterium m= 10^-12gm.
Q: т mi is found to be 14 at a speed of 88. What is the expected fuel economy at a gal hr speed of 58mi…
A:
Q: I'm trying to convert m/s to square root C x V / kg and I need specifics.
A:
Q: d) How would your answer change for parts b and c if the survivors were stuck in a freshwater lake?
A: The only difference that happens in the calculations when the survivors are stuck in a freshwater…
Q: 1. INTRODUCTION All biological activities thus understanding wh fundamental importanc bolic rate is…
A: Here R represents the Respiratory metabolic rate. a is the normalisation constant. b is the scaling…
Q: FES Reconsider Prob. 1-62. Using EES (or other) software, plot the rate at which ice melts as a…
A:
Q: b) The answer provided said it was incorrect, and it is 10% close to the right answer
A: Solution b)t=8*10-6 sR=1.19*103 ohmq0=5.3*10-6 CC= 2*10-9 F--Charge after time t,
Q: (a) Define the function C(t) = M(t)e – é, teR Show that C(t) = M'(t)e' + M(t)e – é (b) Use (a) and…
A: Given quantities: C(t) = M(t)et - et…
Q: Show that the units of [T/μ]1/2 are m/s in SI units (remember T is in Newtons).
A: The linear mass density is μ The force is T.
Q: Express the speed of light, 3.00 × 108 m/s, in (a) ft/ns; (b) miles/s; (c) AU/h. I need to show all…
A: The speed of light is
Q: he equation is derived fro Vf
A:
Q: (I) Write the binary number 01010101 as a decimal number
A: The given binary number is 01010101.
Q: 1. From I šēčônd to 2 seconds, fast is the object traveling. (Take the difference in distance and…
A:
Step by step
Solved in 2 steps with 2 images
- The figure is a section of a conducting rod of radius R₁ = 1.20 mm and length L = 13.00 m inside a thin-walled coaxial conducting cylindrical shell of radius R2 = 11.1R₁ and the (same) length L. The net charge on the rod is Q₁ = +3.70 × 10-12 C; that on the shell is Q2 = -2.33Q1. What are the (a) magnitude E and (b) direction (radially inward or outward) of the electric field at radial distance r = 2.33R2? What are (c) E and (d) the direction at r = 5.07R₁? What is the charge on the (e) interior and (f) exterior surface of the shell? R R₁ (a) Number i Units (b) (c) Number i Units Q2 > >For (b), why do we divide the (100Wx8h) by (103Wh)? I get that we need to cancel out the Wh, but why do we divide by 103 specifically?(3) The natural independent variables for U are (S, V), from dU = TdS – pdV. U = U(S,V) (), instead. Show that U = U (V,T) leads to a much more complicated expression for p, namely gives simple expressions for T and p as T = and ().: Suppose you use (V,T) p = - V dT + f(V), %D T where f (V) is an unknown function of V.
- (3) The speed of light in vacuum, c, is 3 X 105 km/s and 1 kilometer = 1000 meters. How many Joules of energy are released if 2 kg of matter are converted into energy at 0.1% efficiency? First convert c to units of meters/second: c = 3 x 105 km/s x 1000 m/km = 3 x 108 m/s. Then express efficiency (eff) in decimal terms: eff = 0.001. In this type of problem, the mass/ energy equivalence equation is written as: E = (eff) mc2 Joules,a) A typical small passenger electric vehicle has a range of 200 km on an electric charge of 33 kWh. Convert this number into J/km (Joules per kilometer traveled). b) A comparably sized gasoline powered vehicle to (a) is rated as 25 miles per gallon. Convert this number into J/km (Joules per kilometer traveled). c) If gasoline costs $10.00 per gallon, and electricity $0.30 per kWh what is the difference in the cost of fuel per kilometer travelled between the electric vehicle in (a) and the gasoline powered vehicle in (b)? d) Surveys of EV owners show that they charge at home 70% of the time. Let us assume that for the remaining 30% they charge at a 60 kW rated "fast-charge” station. If patterns of travel remain the same, but we swap all our gasoline vehicles for electric vehicles, what is the ratio between installation of fast charging stations to gasoline pumps retired. e) The Chicago Transit Authority has about 2700 buses that travel a total of 240,000 miles daily. A typical bus…100 g of water at 0 C (degrees Celsius) is heated to 100 C. Compute its change in entropy.