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# ~ulus1f f() =7+%find f' (z). You should show your work for this probler:.Answers (in progress)...

## Question

###### ~ulus1f f() =7+%find f' (z). You should show your work for this probler:.Answers (in progress)

~ulus 1f f() =7+% find f' (z). You should show your work for this probler:. Answers (in progress)  #### Similar Solved Questions

##### 2. (Zill 83.2) The number N(t) of people in community who are exposed to particular advertisement is governed by the logistic equation_ Initially. N(O) 500 . and it is observed that N(1) = 1000. Solve for N(t) if it is predicted that the limiting number of people in the community who will see the advertisement 50.000 .
2. (Zill 83.2) The number N(t) of people in community who are exposed to particular advertisement is governed by the logistic equation_ Initially. N(O) 500 . and it is observed that N(1) = 1000. Solve for N(t) if it is predicted that the limiting number of people in the community who will see the ad...
##### Evaluate the surface integral:Jfer"'+y' +2) dS where Sis the portion of the paraboloid z = 4-x" -y' between z = L and z =2
Evaluate the surface integral: Jfer"'+y' +2) dS where Sis the portion of the paraboloid z = 4-x" -y' between z = L and z =2...
##### For the following differential equations _ determine (a) order (b) degree (c)linearity (d)dependent variables (e) independent variable(y)3yy' +xy = 0Order: Degree: Linearity (Yes or No) Dependent Variables: Independent Variables:() ()+3-0 Order: Degree: Linearity (Yes or No) Dependent Variables: Independent Variables:xy -xly" -xy'-y=XOrder: Degree: Linearity (Yes or No) Dependent Variables: Independent Variables:& d-Ty = 6Order: Degree: Linearity (Yes or No) Dependent Variable
For the following differential equations _ determine (a) order (b) degree (c)linearity (d)dependent variables (e) independent variable (y)3yy' +xy = 0 Order: Degree: Linearity (Yes or No) Dependent Variables: Independent Variables: () ()+3-0 Order: Degree: Linearity (Yes or No) Dependent Variab...
##### Use the graphs of f and g to evaluate the composite function. (fo g)( - 1)(fog)( - 1) =4y 10- ~y= f(x) 8-2-10 -8 -6 -4~a AA 2 ' 4 6 | 8 / 10 y=g(x) -4-10
Use the graphs of f and g to evaluate the composite function. (fo g)( - 1) (fog)( - 1) = 4y 10- ~y= f(x) 8- 2 -10 -8 -6 -4 ~a AA 2 ' 4 6 | 8 / 10 y=g(x) -4- 10...
##### (eoo9e IDe ( Orttci 9msmtr {ol (24 994surom J 9.1 Te ptot of gine [ fwuctdon / Jnx Iode\$:Select one; 4. Oblique and horizontal asymptotesb; Oblique and vertical asymptotesC All asymptotes typesd. Oblique asymptote only
(eoo9e IDe ( Orttci 9msmtr {ol (24 994surom J 9.1 Te ptot of gine [ fwuctdon / Jnx Iode\$: Select one; 4. Oblique and horizontal asymptotes b; Oblique and vertical asymptotes C All asymptotes types d. Oblique asymptote only...
##### Let f (T,y) = 2&2 sin(3y 4 1) + T-y.Define the function above in YOuT script (f (T,y) = Make sure to define â‚¬,y with the syms command: Use the limit definition of the derivative to compute fz(I,y) and fy(r,y). Now use the standard diff command to compute fz(1,y) and fy(r,y). Look up appropriate commands (eg: gradient) to determine the maximum rate of change of f(T;y) at (1/2,-4/7). Use the double command to get numerical value:
Let f (T,y) = 2&2 sin(3y 4 1) + T-y. Define the function above in YOuT script (f (T,y) = Make sure to define â‚¬,y with the syms command: Use the limit definition of the derivative to compute fz(I,y) and fy(r,y). Now use the standard diff command to compute fz(1,y) and fy(r,y). Look up appro...
##### Question 8 (6pts) Convert the triple integral fIL (22 + y?)dV to spherical coordinates where G is the solid region lies between x? + y? + 22 = 1 and x2 + y? + 22 = 4
Question 8 (6pts) Convert the triple integral fIL (22 + y?)dV to spherical coordinates where G is the solid region lies between x? + y? + 22 = 1 and x2 + y? + 22 = 4...
##### (e) Find the acceleration fo the two blocks_3Find the tension in the string:
(e) Find the acceleration fo the two blocks_ 3 Find the tension in the string:...
##### For Exercises 83 and \$84,\$ find the perimeter of each figure.
For Exercises 83 and \$84,\$ find the perimeter of each figure....
##### For special, 1O-year defcrred, life annuity due of' 200 on (50), Vou are given: (i) A cleath bencfit of 1000 will he given Qut the moment of death during the cleferment period. (ii) "Pr 09* k = 0.1,2 Assume unilorm dlistribution of death over fractional ages. (iv) \$ = (.06.Find the nel single premnia for this procluct_
For special, 1O-year defcrred, life annuity due of' 200 on (50), Vou are given: (i) A cleath bencfit of 1000 will he given Qut the moment of death during the cleferment period. (ii) "Pr 09* k = 0.1,2 Assume unilorm dlistribution of death over fractional ages. (iv) \$ = (.06. Find the nel si...
##### I used the permutations formula to determine the number of ways people can select their 9 favorite baseball players from a team of 25 players.
I used the permutations formula to determine the number of ways people can select their 9 favorite baseball players from a team of 25 players....
##### A capacitor is rated to have a breakdown voltage of 12 V. What is likely to happen if this capacitor is connected tothe terminals of a 24 V battery? The value of the capacitance will increase. The voltage across the capacitor will still only be 12 V. Charge will flow between the capacitor's plates. The capacitor will operate as if it is at 12 V.
A capacitor is rated to have a breakdown voltage of 12 V. What is likely to happen if this capacitor is connected to the terminals of a 24 V battery? The value of the capacitance will increase. The voltage across the capacitor will still only be 12 V. Charge will flow between the capacit...
##### 5) If 50% of the individuals in a population have sickle-cellanemia, according to the Hardy-Weinberg equation, what proportionof the population should be sickle-cell carriers? Explain each stepplease and I will give you thumbs up!!!
5) If 50% of the individuals in a population have sickle-cell anemia, according to the Hardy-Weinberg equation, what proportion of the population should be sickle-cell carriers? Explain each step please and I will give you thumbs up!!!...
##### (25 points) Consider the following problem: 2T1 + 312 > 6 X[ A82 <4 331 + 412 <12 T1 2 0,82 > 0points) Sketch the feasible region. points) Show all basic feasible solutions. points) Suppose that the objective function is to mazimize + 82 What the resulting solution obtained? (5 points) What is the maximum number of iterations simplex method spends tc find the optimal solution? Explain your answcr (otherwise, you will get points even if your answer is correct )! 5 points) Give an exa
(25 points) Consider the following problem: 2T1 + 312 > 6 X[ A82 <4 331 + 412 <12 T1 2 0,82 > 0 points) Sketch the feasible region. points) Show all basic feasible solutions. points) Suppose that the objective function is to mazimize + 82 What the resulting solution obtained? (5 points) ...
##### At 65âˆ˜Câˆ˜C, the half-life for the first-order decompositionof N2O5N2O5 is 2.38 minmin.N2O5(g)â†’2NO2(g)+12O2(g)N2O5(g)â†’2NO2(g)+12O2(g)1.50 gg of N2O5N2O5 is introduced into anevacuated 15 âˆ’Lâˆ’L flask at 65âˆ˜Câˆ˜C.Part AWhat is the initial partial pressure, in mmHgmmHg,of N2O5(g)N2O5(g)?Part BWhat is the partial pressure, in mmHgmmHg,of N2O5(g)N2O5(g) after 2.38 minmin?Part CWhat is the total gas pressure, in mmHgmmHg, after2.38 minmin?
At 65âˆ˜Câˆ˜C, the half-life for the first-order decomposition of N2O5N2O5 is 2.38 minmin. N2O5(g)â†’2NO2(g)+12O2(g)N2O5(g)â†’2NO2(g)+12O2(g) 1.50 gg of N2O5N2O5 is introduced into an evacuated 15 âˆ’Lâˆ’L flask at 65âˆ˜Câˆ˜C. Part A What is the initial partial pressure...
##### Solve the following ODE.#y' = 2xy' + (y)2.Hint: Try reduction of order and then observe that an equation &' + P(c)u = Q(r)u" for n # 0 or n # 1 can be converted into linear equation by a change of variable 2 = ul-n_
Solve the following ODE. #y' = 2xy' + (y)2. Hint: Try reduction of order and then observe that an equation &' + P(c)u = Q(r)u" for n # 0 or n # 1 can be converted into linear equation by a change of variable 2 = ul-n_...