Homework Answers
When you find a solution to a problem and then keep using that solution despite the fact that other easier solutions are available, you are falling prey to ______.
The correct answer is The Einstellung Effect.
Justification - The meaning of the Einstellung Effect is when people tend to look at problems or situations with only one point of view and applying a solution which has been useful in various other situations, inspite of there being present several other easier solutions. For example - When a student keeps solving Math problems using a particular formula and ends up using the same formula to a relatively easier question which required simple steps and not the application of the formula.
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When you find a solution to a problem and then keep using that solution despite the...
The objective of this question is to find the solution of the following initial-value problem using...
The objective of this question is to find the solution of the
following initial-value problem using the Laplace transform.
The objective of this question is to find the solution of the following initial-value problem using the Laplace transform y"ye2 y(0) 0 y'(0)=0 [You need to use the Laplace and the inverse Laplace transform to solve this problem. No credit will be granted for using any other technique]. Part a) (10 points) Let Y(s) = L{y(t)}, find an expression for Y(s)...
You' will find that motion problems and other physics problems often have several variables and other...
You' will find that motion problems and other physics problems often have several variables and other pieces of information to keep track of. The best way to tackle such problems is to draw a pictorial representation of the problem that shows all of the important details. The following Tactics Box explains how to draw a pictorial representation of a motion problem. In the following sketches a_z is the train's acceleration; t_i and t_f denote, respectively the time instants when the...
I have to solve this problem using Kirkhoff's Loop Rule and Junction rule and I keep...
I have to solve this problem using Kirkhoff's Loop Rule and
Junction rule and I keep getting the wrong answers for the
currents. Thank you for your help.
Find the currents flowing in the circuit in the figure below. (Assume the resistances are R1-20 Ω, R2 = 6 Ω, R,-15 Ω, R4 = 10 Ω, r1-0.75 n, r2 = o.25 n, ra = o.25 Ω. and 40.50 12 = Ro R2 12 V E118 V 24 V
1. (6 points) Find an optimal solution for the following transportation problem using the minimal...
1. (6 points) Find an optimal solution for the following transportation problem using the minimal cost method and the transportation algorithm: Minimize lahi + 2x12 + 2x13 + 4x21 + 3x22 + 4x23 + 4x31 + 1x32 + 3x33, subject to the constraints X11 + X12 + X13 = 100. x21 +x22 +x23 = 50. r31 + 232 +x33 100 x11 + 2'21 +2'3,-150. 12 22+32-50 x13 + x23 + x33-50. for all i, j = 1.2.3. xij > 0,...
Please prove this solution and explain why y2 can be taken as (x^2)(y1) Problem 2. Find the general solution of the equation Note that one of two linearly independent solutions is yi(r) -e. Solution....
Please prove this solution and explain why y2 can be taken as
(x^2)(y1)
Problem 2. Find the general solution of the equation Note that one of two linearly independent solutions is yi(r) -e. Solution. Using Abel's formula, we get the following relations for the Wronskian dW pi dW 2r1 On the other hand, Comparing these two expression for W(x), we can take y2 :- r2yı. Correspondingly, the general solution is
Problem 2. Find the general solution of the equation Note...
Problem 2. Find the Laurent series of sin π:/(4.2-1) about 1/2; you may keep several terms explic...
Problem 2. Find the Laurent series of sin π:/(4.2-1) about 1/2; you may keep several terms explicitly. Find the region where the Laurent series converges, using (a) the ratio test and (b) theorem VII (Laurent's theorem)
Problem 2. Find the Laurent series of sin π:/(4.2-1) about 1/2; you may keep several terms explicitly. Find the region where the Laurent series converges, using (a) the ratio test and (b) theorem VII (Laurent's theorem)
(1 poin This problem is concerned with using separation of variables to find product solutions. In...
(1 poin This problem is concerned with using separation of variables to find product solutions. In particular you will substitute ( separate the variables. Then let - represent the separation constant. Solve the resulting ODEs and find (x,1). 1) X() into the given equation and Use separation of variables to find product solutions of the partial differential equation. Separation of variables gives - P T ' + p = 0, The general solution of T''+pT = 0 is T-Com where...
How do you find the degree of ionization of the solutions when accounting for the dillution...
How do you find the degree of ionization of the solutions when
accounting for the dillution effect of adding 10 mL of water? Also
for the second page, how do you calculate pH with a buffer using
the Henderson-Hasselbalch equation?
Solution 2 - 10.0 mL of 0.1 M HC2H302 +10.0 mL H20 Measured pH_2.42 To determine the [H3O+], account for the dilution effect of adding 10.0 mL of water, and use MV1 = M2V2 Degree of lonization of solution 2...
You are cleaning when you find two jars, all you can read on the labels are...
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How do you find I when using Van't Hoff factor. For example I need it to...
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The objective of this question is to find the solution of the
following initial-value problem using the Laplace transform.
The objective of this question is to find the solution of the following initial-value problem using the Laplace transform y"ye2 y(0) 0 y'(0)=0 [You need to use the Laplace and the inverse Laplace transform to solve this problem. No credit will be granted for using any other technique]. Part a) (10 points) Let Y(s) = L{y(t)}, find an expression for Y(s)...
You' will find that motion problems and other physics problems often have several variables and other pieces of information to keep track of. The best way to tackle such problems is to draw a pictorial representation of the problem that shows all of the important details. The following Tactics Box explains how to draw a pictorial representation of a motion problem. In the following sketches a_z is the train's acceleration; t_i and t_f denote, respectively the time instants when the...
I have to solve this problem using Kirkhoff's Loop Rule and
Junction rule and I keep getting the wrong answers for the
currents. Thank you for your help.
Find the currents flowing in the circuit in the figure below. (Assume the resistances are R1-20 Ω, R2 = 6 Ω, R,-15 Ω, R4 = 10 Ω, r1-0.75 n, r2 = o.25 n, ra = o.25 Ω. and 40.50 12 = Ro R2 12 V E118 V 24 V
1. (6 points) Find an optimal solution for the following transportation problem using the minimal cost method and the transportation algorithm: Minimize lahi + 2x12 + 2x13 + 4x21 + 3x22 + 4x23 + 4x31 + 1x32 + 3x33, subject to the constraints X11 + X12 + X13 = 100. x21 +x22 +x23 = 50. r31 + 232 +x33 100 x11 + 2'21 +2'3,-150. 12 22+32-50 x13 + x23 + x33-50. for all i, j = 1.2.3. xij > 0,...
Please prove this solution and explain why y2 can be taken as
(x^2)(y1)
Problem 2. Find the general solution of the equation Note that one of two linearly independent solutions is yi(r) -e. Solution. Using Abel's formula, we get the following relations for the Wronskian dW pi dW 2r1 On the other hand, Comparing these two expression for W(x), we can take y2 :- r2yı. Correspondingly, the general solution is
Problem 2. Find the general solution of the equation Note...
Problem 2. Find the Laurent series of sin π:/(4.2-1) about 1/2; you may keep several terms explicitly. Find the region where the Laurent series converges, using (a) the ratio test and (b) theorem VII (Laurent's theorem)
Problem 2. Find the Laurent series of sin π:/(4.2-1) about 1/2; you may keep several terms explicitly. Find the region where the Laurent series converges, using (a) the ratio test and (b) theorem VII (Laurent's theorem)
(1 poin This problem is concerned with using separation of variables to find product solutions. In particular you will substitute ( separate the variables. Then let - represent the separation constant. Solve the resulting ODEs and find (x,1). 1) X() into the given equation and Use separation of variables to find product solutions of the partial differential equation. Separation of variables gives - P T ' + p = 0, The general solution of T''+pT = 0 is T-Com where...
How do you find the degree of ionization of the solutions when
accounting for the dillution effect of adding 10 mL of water? Also
for the second page, how do you calculate pH with a buffer using
the Henderson-Hasselbalch equation?
Solution 2 - 10.0 mL of 0.1 M HC2H302 +10.0 mL H20 Measured pH_2.42 To determine the [H3O+], account for the dilution effect of adding 10.0 mL of water, and use MV1 = M2V2 Degree of lonization of solution 2...
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