Instructions: Respond to the questions below. You must show your work to receive credit. No credit...
show all your work. Prestige World Wide had the following cost information for the first half of the year. Month Units Cost January 800 $10,000 February 1,200 $15,000 March 1,800 $22,000 April 1,600 $19,000 May 1,500 $17,500 June 1,000 $11,000 The selling price per unit is $20. Expected sales in July are 1,100 units Required: You will need to answer these questions in order. You will use your answers to solve for the following questions. Answer the following: 1. Using...
For all the remaining questions, you must show your work to receive credit. 9) What is the mass, in grams, of 0.428500 moles of potassium? (2 pts.) LgK
You must SHOW ALL OF YOUR WORK, including unit analysis, to receive full credit for each problem. It is often the case that the correct method of solution is more important than the numerical answer. 1. The speed of a certain proton is 045 Mm/s. If the uncertainty in its momentum is to be reduced to 0.0100%, what uncertainty in its location must be tolerated? 2. The work function for metallic cesium is 2.14 eV. Calculate the kinetic energy and...
solve part 1 and 2 of question no. 2 and show the calculations Note: To receive the full credit, you must show all your work (formula or inputs for a financial will not award full credit for a correct answer if you do not show your for an incorrect answer if I cannot follow your work b) What is the cost of the lockbox system in todary's saive (5 paint) work and I cannot award partial credit . (10 paint)...
show all work 2. For the following 4 questions, you must show your work to receive full credit: a. Calculate the frequency of a photon whose wavelength is 659 nm. b. What is the energy of a photon whose wavelength is 784 nm? c. Calculate the wavelength, in m, of a photon whose energy is 2.3 x 10-19 J. d. Calculate the energy of a photon whose wavelength is 637 nm/cycle.
To receive full credit you must show all work. You are allowed to use an approved graphing calculator unless otherwise indicated. 1. (4pts) Find the maximum profit and the number of units that must be produced and sold in order to yield the maximum profit. Assume that revenue, R(x), and cost. C(x), of producing x units are in dollars. R(x) = 5x and C(x) = 0.001x2 + 1.2x + 60. What is the production level for the maximum profit?
Instructions You must show you work and/or explain your reasoning to receive credit for a problem. Answers must be written in LaTeX and submitted in Canvas as a compiled PDF. You can use the LaTeX file of the course notes, homework solutions, and examples in Canvas as a guide for how to write the needed expressions in LaTeX. For the birthday problem simulation, please submit a Python script as a separate attachment in your homework submission. Problem 1 Three high...
Problem solving. You must show all your work to receive full/partial credit for problems below. If your shown work is not legible and logical, you will earn a grade of zero for that particular question. If you do NOT show your work and only show the correct answer, you will NOT receive full credit. 16. (10 points total) Answer the following questions about the reaction of iron (III) oxide with carbon monoxide. (6 points) Write the balanced reaction between iron...
Question 18 For the following questions, you must show all work to receive full credit. Not yet answered Points out of 30.00 1 Vx da (a) Evaluate Jo 1 + x3 P Flag question poo e dx (b) Evaluate the improper integral Jo e2x + 1 er integrat (cº de toi cel Evaluate , * con lo) sin(as) de (c) Evaluate os? (x) sin? (x) dx (d) Evaluate the dx lo (e) Show work to calculate/justify why the following integral...
You must show your work to get full credit for the problem solving questions below. Partial credit will be given for partial work. 1. A 150-ml solution contains 55 g of C,H,OH as a solute. What is the molarity of the solution? C2 points) 2. What is the molality of a solution prepared by dissolving 40.0 g of NaCl in 400 g of water? (2 points) 3. You are asked to prepare a 350 mL standard solution of 0.25M NaOH....