Calculate the expected ph of the following solutions. Please
show all of your work and explain your steps, if you can.
Solution 1: 50mL 0.10M NH3 + 50mL 0.10M NH4NO3
Solution 2: 10mL solution 1 + 5mL H2O + 1mL 0.10M HCl
Solution 3: 10mL solution 1 + 6mL 0.10M HCl
Solution 4: 10mL solution 1 + 5mL H2O + 1mL 0.10M NaOH
Please write legibly so I can see what steps you took!
Please solve the following questions. Please show all work and
all steps.
1a.) Find CDF of the Bernoulli Distribution.
1b.) Explain your reasoning for part 1a above. Do not use a
series result.
2a.) For the geometric distribution, show that the geometric pdf
is actually a pdf (all probabilities are greater than or equal to 0
and the sum of the pdf from x=1 to x=infinity is equal to 1).
2b.) Find E(X) for 2a above.
2c.) Find V(X) for...
Calculate the overall charge of the following peptide at pH =
6.0. The N-terminus is on the left and C-terminus is on the right.
Please use Table 5.1 in your textbook or eText for any pKa values
you might need. Also, please refer to Figure 5.3 to interpret the
3-letter amino acid abbreviations. Met - Arg - Lys - Asp - Val -
Gln
PLEASE SHOW ALL WORK AND STEPS
What is the pH of a solution that contains 0.050 M
acetic acid, HC2H3O2 (Ka=1.8 x 10^-5), and 0.05 M hydrocyanic acid
HCN (Ka = 4.9 x 1^-10)?
Please solve questions 1 and 2. Please show all work and all
steps.
1.) Find the solution xa of the Bessel equation
t2x'' + tx' + t2x = 0 such that
xa(0) = a
2.) Find the solution xa of the Bessel equation
t2x'' + tx' + (t2-1)x = 0 such that
x'a(0) = a
Please Show all work please so I can understand.
Given the following information, find the profits you can make
using covered interest arbitrage. Assume you can borrow either EUR
100,000 or JPY 14,619,883.04
EUR interest rate = 3.5% per year
JPY interest rate = 0.4530% per year
S (EUR/JPY) = EUR 0.00684 per JPY
F (EUR/JPY) = EUR 0.0074 per JPY for 1 year maturity forward
contract
a. Which currency would you borrow to conduct covered-interest
arbitrage?
b. Assume you...
To the nearest hundredth of a unit, what is the net charge of
the peptide AIGNECK at pH 4.3? Use the following set of pKa
values:
Group
pKa
N-ter
8.0
C-ter
3.1
Asp or Glu
4.0
Lys
10.5
Arg
12.4
His
6.0
Tyr
10.5
Cys
8.4
Also, use the approximation that if the separation between the
pH and pKa of a group in question is 2 units or greater,
then consider the group completely protonated or unprotonated as
the case...
To the nearest hundredth of a unit, what is the net charge of
the peptide AIGNECK at pH 4.7? Use the following set of pKa
values:
Group
pKa
N-ter
8.0
C-ter
3.1
Asp or Glu
4.0
Lys
10.5
Arg
12.4
His
6.0
Tyr
10.5
Cys
8.4
Also, use the approximation that if the separation between the
pH and pKaof a group in question is 2 units or greater,
then consider the group completely protonated or unprotonated as
the case might...
To the nearest hundredth of a unit, what is the net charge of
the peptide AIGNECK at pH 4.4? Use the following set of pKa
values:
Group pKa N-ter 8.0
C-ter 3.1
Asp or Glu 4.0
Lys 10.5
Arg 12.4
His 6.0
Tyr 10.5
Cys 8.4
Also, use the approximation that if the separation between the
pH and pKa of a group in question is 2 units or greater, then
consider the group completely protonated or unprotonated as the
case...
Please solve all parts of the following question. Please show
all work and all steps.
1a.) Solve
x' = x + 3y + 2t
y' = x - y + t^2
1b.) Solve
x' + ty = -1
y' + x' = 2
1c.) Solve
x' + y = 3t
y' - tx' = 0