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Hi, I just did this one problem, but I was hoping to get the right answer...
Hi Everyone,
I just wanted to make sure that I did these two problems
correctly. Thank you!
Spring 2019 Chapter 21 homework PHYS 231-01 Paige Robinsor Name: Show your work and use proper units. A surface with area vector A = 0.3-0.2 j m2 is inside an electric field E-500-400j N/C What is the electric flux passing through this surface? 1. E- 500-400 Set up (2 points): Calculation (2 points) (500 40(o.2) Answer (1 point); 230 Nmlc 2. Draw the...
Hi,
I am confused on how to find the angles to use to find the net
electric field vector. I hope it would be possible to work out this
whole problem. Thank you!
PHYS 231-01 Chapter 20 homewd 2. Consider two charged particles q1 distance from object 2 to point A is 0.5 m. What is the net electric field vector at point A? +1 μC and q2 -2 μο. The distance from object 1 to point A is 0.3...
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how did they get the price offer and demand curves for perfect
subsititutes? i dont get how they got these curves?
Sereenshot 2015-10-30 at 20.26.46 - Q Search Examples: Perfect Substitutes The demand function for good 1 is m/P1 any number between 0 and m/pi when P1 < P2 when P1 = P2; when pi > Indifference curves Demand curve P= P2 A Price offer curve m/p, = m/p2X1 B Demand curve ICIHAI VIC, VITIT 1 Du SuvurunaLCU LU...
Hi i need answer for this question blew. 2*. Assume that Bob has a budget constraint p1x1 + p2x2 = m, and that his preferences are represented by the Cobb-Douglas utility function U(x1, x2) = x1 c x2 d , where c>0 and d>0. State Bob’s optimization (utility maximization) problem. A-Now assume that c=1/4 and d=3/4, m=160, p1=4 and p2=2. Calculate the income and substitution effects from an increase in price of x1 from p1=4 to p1=5. b) Illustrate these...
hi there! how did they get thst equation x1=am/p1? i dont know
understand this paragraph. if someone could help that would be
great!
Cobb-Douglas Preferences For the case of Cobb-Douglas preferences it is easier to look at the algebraic! form of the demand functions to see what the graphs will look like. If u(11,12) = rm-9, the Cobb-Douglas demand for good 1 has the form 2 = am/pi. For a fixed value of Pı, this is a linear function of...
Need help to get going in the right direction. A-2 is the one I
need help on but the second photo is step 7. Thank you
Part III: Questions (may be answered outside of class) Questions for Section A: A-1. Explain why the field of the dipole is perpendicular to the y-axis, as observed in Section A, Step 6. Because ris the both vectovs swih canu eaving only an x componet for both gomg Some aivechion which are aays prpmdicula...
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I was very confused on these two problems. Can someone please
show how to do them and what formulas to use! Thank you!
PHYS 231-01 Spring 201 Chapter 21 homework 3 Consider two infinite parallel wires. One with linear charge density +22 and the other with - as shown below. (a) What is the electric field vector&at point A? (b) What is the electric field vector E, at point B7 Set up (2 points): +2λ Calculation (2 points): Answer...
I tried figuring out this problem but i cant seem to get the
right answer
SerPSE10 22.A. P. 035. 3.57/7.14 points 13. Previous Answers Three point charges are aligned along the x axis as shown in the figure below. 0.500 m 0.800 m 5.00 nC 3.00 nC -4.00 nC Find the electric field at the following positions. (a) (5.00, 0) E 2.14i N/C (b) (0, 5.00) X N/C Need Help? Read It Submit Answer Practice Another Version -17.18 points SerPSE10...
INSTRUCTIONS: I NEED TO CREATE A PointApp PROGRAM THAT USES THE FOLLOWING API DOCUMENTATION. Below the API Documentation is the code I submitted. However, the output is different for what they are asking. I am looking for someone to fix the code to print out the correct output and to add comments so I can have an idea in how the code works. PLEASE AND THANK YOU. API DOCUMENTATION: public class Point extends java.lang.Object The Point class is used to...
Hi could some one solve this to me?
i have no time thanks
Suppose a car move from A to B with distance m (meter), and time t (second),as given in the following table. m (meter) 1.000 1.100 1.300 1.500 1.900 t (second) 1.840 1.960 2.210 2.450 2.940 Table 1 1. First : Using least squares polynomials a. Find the least squares polynomials of degrees 2 b. Find absloute error for m= 1.5 2- Second : Using Neville's method a....