The diffusion coefficients for carbon in nickel are given at two
temperatures are as follows:
At T= 600°C, D=5.5 × 10–14 m2/s
At T= 700°C, D=3.9 × 10–13 m2/s
(a) Determine the values of D0 and Qd.
(b) What is the magnitude of D at 850°C?
The diffusion coefficients for species A in metal B are given at
two temperatures: T (°C) D (m2/s) 1040 6.22 × 10-17 1280 6.11×
10-16 (a) Determine the value of the activation energy Qd (in
J/mol). Entry field with incorrect answer 1.04e5 J/mol (b)
Determine the value of D0. Entry field with incorrect answer
3.71e-22 m2/s (Use scientific notation.) (c) What is the magnitude
of D at 1160°C? Entry field with incorrect answer 3.69e-18 m2/s
(Use scientific notation.)
The diffusion coefficients for copper diffusing in gold are
given at two temperatures (hint: logarithm):
T(K)
D(m2/s)
1273
9.4 x 10-16
1473
2.4 x 10-14
(a) Determine the values of D0 and
the activation energy Qd?
(b) What is the magnitude of D at 1100°C?
Given two sets S and T, the direct product of S and T is the set
of ordered pairs S × T = {(s, t)|s ∈ S, t ∈ T}.Let V, W be two
vector spaces over F.
(a) Prove that V × W is a vector space over F under
componentwise addition and scalar multiplication (i.e. if (v1,
w1),(v2, w2) ∈ V × W, then (v1, w1) + (v2, w2) = (v1+w1, v2+w2) and
a(v, w) = (av, aw)...
Please answer in C++
Given 3 numbers T, r and s, where r != s and r > 1 & s
> 1. Print a list of numbers from 1 to T where numbers divisible
by r whose decimal representation does not contain the digit r
should be replaced by the number 555 and any number (int) divisible
by s whose decimal representation does not contain the number s
should be replaced by the number 333. Numbers for which both...
A thumbs up will be given:
Table 1
t
A
B
C
D
0
(14,900,000)
(17,900,000)
(16,600,000)
(19,700,000)
1
4,980,000
5,990,000
3,850,000
6,400,000
2
4,980,000
6,210,000
4,990,000
5,880,000
3
4,510,000
6,250,000
6,860,000
6,800,000
4
4,510,000
4,700,000
4,990,000
6,650,000
Risk
High
Average
Low
Average
Table 1 shows the expected after-tax operating cash flows for
each project. All projects are expected to...
The amount of carbon-14 present in a tree is given by the
formula C(t)=C0e−.00012t, where C0
is the amount of carbon-14 present in it at the time of its death
and t is the number of years that have elapsed since it died. If
the plant has 15% of its original carbon-14, how old is it?
9.
Given: C = $5.25, P = $2.75, S = $48, K = $39, T = 6 months, r =
3.25% p.a.
a. What would you do to exploit these quotes?
(List the transactions.) What would be your riskless arbitrage
profit?
b. How could you synthetically short-sell an
asset using only options and borrowing or lending at the risk-free
rate? Would you be better off short-selling the stock, or
synthetically short-selling it using options?
Given: C = $4.00, P = $6.00, S = $42, K = $45, T = 3 months, r =
8%. The option contracts are written on 100 units of the underlying
asset. (Show work.)
What would you do to exploit these quotes? (List all
transactions you would make.) What would be your riskless
profit?
How could you synthetically sell a call option? What would be
the cash flow from doing this? (i.e., What is the synthetic call
premium?)
Indicate the net charge for the peptide,
C-H-A-V-E-C-A-R-R-I-S-T-H-E-G-R-E-A-T-E-S-T, at the given pH
values:
(a) pH 1, net charge:
(b) pH 5, net charge:
(c) pH 8, net charge:
(d) pH 14, net charge: