Problem (M-33). You are given a crystal of strontium at room temperture, or 300K. Draw the...

Problem (M-33). You are given a crystal of strontium at room temperture, or 300K. Draw the crystal structure and find the number density of conduction electrons in the classical picture. Is this a non-metal?

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genius_generous answered 1 year ago

Information regarding the question: Concentration of NaOH=0.05138 M Concentration of Crystal Violet Dye Solution=0.001 M Room...

Information regarding the question: Concentration of NaOH=0.05138 M Concentration of Crystal Violet Dye Solution=0.001 M Room Temperature=25 degree Celcius Absorbance from the device- spectrovis(spectrophotometer) Time: Trial 1 Trial 2 0 0.089 0.430 30 0.106 0.323 60 0.121 0.248 90 0.106 0.187 120 0.063 0.141 150 0.045 0.109 180 0.028 0.082 210 0.023 0.060 240 0.014 0.045 270 0.010 0.036 300 0.005 0.027 330 0.003 0.017 360 0.000 0.015 390 -0.001 0.008 420 -0.002 0.006 450 -0.002 0.007 The...

Concentration of NaOH solution= 0.02803 M Concentration of Crystal Violet dye solution=0.001 M Room Temperature =25...

Concentration of NaOH solution= 0.02803 M Concentration of Crystal Violet dye solution=0.001 M Room Temperature =25 degree celcius Absorbance from the device- spectrovis(spectrophotometer) The data in the trials are the absorbance. -Its not Organic chemistry. Its an experiment about the crystal violet dye. Mainly they want to know how we get the rate law using these numbers. It's asking for the rate law through these 2 trails and its asking to use some numbers to show how its solved . I...

Halliday, Fundamentals of Physics, 10e CHAPTER 27, PROBLEM 043 You are given a number of 33...

Halliday, Fundamentals of Physics, 10e CHAPTER 27, PROBLEM 043 You are given a number of 33 Ω resistors, each capable of dissipating only 2.2 W without being destroyed. What is the minimum number of such resistors that you need to combine in series or in parallel to make a 33 Ω resistance that is capable of dissipating at least 6.8 W?

4) Chapter 13, problem 33 (page 598) Given the following list of items a) classify the...

4) Chapter 13, problem 33 (page 598) Given the following list of items a) classify the items as A, B, or C b) Determine the economic order quantity for each item (round to the nerest whole unit) item est annual demand ordering cost holding cost % unit price h4 20000 50 20 2.5 h5 60200 60 20 4 p6 9800 80 30 28.5 p7 14500 50 30 12 p8 6250 50 30 9 p9 7500 50 40 22 ts 21000...

.Let M = (6 6). 12 33 A) Calculate det(M) . What does this tell you...

.Let M = (6 6). 12 33 A) Calculate det(M) . What does this tell you about M(∎), where ∎ is the unit square: 0≤ ? ≤ 1, 0 ≤ ? ≤ 1. B) Find the eigenvalues and associated eigenspaces for M. C) Find an eigenbasis for R2 using M. D) Find C and C-1 such that C-1MC = D is diagonal. E) Use D) to calculate Mn. F) Use D) to calculate eMt. G) Find lim Mn [1] ?→∞...

[15 marks] Draw the flowchart of the following programming problem: You can draw the flowchart using...

[15 marks] Draw the flowchart of the following programming problem: You can draw the flowchart using a drawing tool, or draw the flowchart on a piece of paper, take a picture, insert it here or save it in the submission folder The program reads an unspecified number of integers until a zero is entered. While the program reads each number it counts the number of positive numbers and the number of negative numbers that have been entered and sum up...

Q1 ) i) A project of room temperature measurement system is given to you; in which...

Q1 ) i) A project of room temperature measurement system is given to you; in which you need to design every component of the measurement system. In connection to that, draw the block diagram of the temperature measurement system using passive transducer indicating all the essential elements with input and output of each element. Consider the calibration ratio of (5:1/5) in the display in order to fetch the output. ii) Analyze the reason, why DC wheat stone bride is not...

1-Draw The ER diagram on the problem of your choice, depicting the 1:1 , 1:M and...

1-Draw The ER diagram on the problem of your choice, depicting the 1:1 , 1:M and M:M relationship. 2-Explain with the pictorial representation the three schema architecture of DBMS.

Problem 17 The Hodges, a 300-room hotel, has provided you with the following data for the...

Problem 17 The Hodges, a 300-room hotel, has provided you with the following data for the months of June and July: June July Single rooms sold 2,400 2,418 Double rooms sold 4,200 4,278 Room revenue $396,000 $339,000 Number of paid guests 9,900 9,910 Required: Compute the following for June and July. Paid occupancy percentage Multiple occupancy percentage Average number of guests per double room sold (assume that only one guest stayed...

Problem 10 You draw a card from a deck. If you get a club you get...

Problem 10 You draw a card from a deck. If you get a club you get nothing. If you get red card you get $10. If you get a spade you get $15 and get to select another card (without replacement). If the second is another spade you receive an additional $20. You receive nothing for any non-spade card. Create a probability model for this game.

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