Hello,I did an experiment in organic chemistry where I had to do an extraction using water soluble dyes. I had to place 1 mL of ether, 1 mL of distilled water and 1 drop of a 0.006 M methylene blue solution in a test tube and mix the contents by shaking vigorously for 10 seconds. I allowed the layer to settle down and had to determine whether the dye is in the aqueous layer, organic or both layers. I had my bottom layer as the organic one. However, I don’t understand why the bottom layer is organic, could you please provide some explanation? Thank you.

Solution: Methylene BluePart A: 1.The dye (methylene blue) will be in the aqueous layer.Water is a polar protic solvent and ether is almost a non-polar solvent. They are immiscible.Due to small…

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Hello, I believe I have proved the universal but somehow the goal is still marked as wrong? Any help would be really appreciated, Im practicing for an exam and want to be sure Im not making a mistake somewhere…

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Hello,

I am writing an AI program in python for the 2048 game an I have a few heuristics that I would like to find the optimal weight for. I know that you can use the CMA-ES algorithm to do this, and I know that python has a cma interface. But I am a little confused on how to use it to optimize my weights. Attached is my very rough program, and the weights I am trying to optimize are in the eval function, could someone who knows how to use the cma package take a look and give me a tutorial on the points that I would need to know to use it? I’m not asking for the answer just a tutorial outlining what I would need to know to input an arbitrary function, specify the weights to optimize, how to run it on my program, etc… Thank you

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{“ALASKA”, “Willow Ptarmigan”, “Forget-Me-Not”,”AK”},{“ARIZONA”, “Catus Wren”, “Saguaro Cactus”},{“ARKANSAS”, “Mockingbird”, “Apple Blossom”},{“CALIFORNIA”, “California Quail”, “California Poppy”},{“COLORADO”, “Lark Bunting”, “Rocky Mountain Columbine”},{“CONNECTICUT”, “American Robin”, “Mountain Laurel”},{“DELAWARE”, “Blue Hen”, “Peach Blossom”},{“FLORIDA”, “Mockingbird”, “Orange Blossom”},{“GEORIGA”, “Brown Thrasher”, “Cherokee Rose”},{“HAWAII”, “Nene”, “Hawaiian Hibiscus”},{“IDAHO”, “Mountain BlueBird”, “Syringa”},{“ILLINOIS”, “Northern Cardinal”, “Violet”},{“IOWA”, “Eastern Goldfinch”, “Iowa”},{“KANSAS”, “Western Meadowlark”, “Sunflower”},{“KENTUCKY”, “Cardinal”, “Goldenrod”},{“LOUSIANA”,”Eastern Brown Pelican”, “Magnolia”},{“MAINE”, “Chickadee”, “Pine Cone and Tassel”},{“MARYLAND”, “Baltimore Oriole”, “Black-Eyed Susan”},{“MASSACHUSETTS”, “Black-Capped Chickadee”, “Mayflower”},{“MICHIGAN”, “American Robin”, “Apple Blossom”},{“MINNESOTA”, “Lady Slipper”, “Common Loon”},{“MISSISSIPPI”, “Mockingbird”, “Magnolia”},{“MISSOURI”, “Eastern BlueBird”, “Hawthorn”},{“MONTANA”, “Western Meadowlark”, “Bitterroot”},{“NEBRASKA”, “Western Meadowlark”, “Goldenrod”},{“NEVADA”, “Moutain Bluebird”, “Sagebrush”},{“NEW HAMPSHIRE”, “Purple Finch”, “Purple Lilac”},{“NEW JERSEY”, “Eastern Goldfinch”, “Violet”},{“NEW MEXICO”, “Roadrunner”, “Yucca Flower”},{“NEW YORK”, “Eastern Bluebird”, “Rose”},{“NORTH CAROLINA”, “Cardinal”, “Flowering Dogwood”},{“NORTH DAKOTA”, “Western Meadowlark”, “Wild Prairie Rose”},{“OHIO”, “Cardinal”, “Scarlet Carnation”},{“OKLAHOMA”, “Scissor-Tailed Flycatcher”, “Oklahoma Rose”},{“OREGON”, “Western Meadowlark”, “Oregon Grape”},{“RHODE ISLAND”, “Rhode Island Red”, “Violet”},{“SOUTH CAROLINA”, “Carolina Wren”, “Yellow Jessamine”},{“SOUTH DAKOTA”, “Ring-Necked Pheasant”, “Pasque Flower”},{“TENNESSEE”, “Mockingbird”, “Iris”},{“TEXAS”, “Mockingbird”, “Bluebonnet”},{“UTAH”, “California Gull”, “Sego Lily”},{“VERMONT”, “Hermit Thrush”, “Red Clover”},{“VIRGINIA”, “Cardinal”, “American Dogwood”},{“WASHINGTON”, “Willow Goldfinch”, “Coast Rhodedendron”},{“WEST VIRGINIA”, “Cardinal”, “Rhodedendron”},{“WISCONSIN”, “American Robin”, “Wood Violet”},{“WYOMING”, “Western Meadowlark”, “Indian Paintbrush”}};public StateEmblems(){}//Getter methodpublic String [][] getState(){return state;}//Setter Methodpublic void setState(String[][] state){this.state = state;//This method, to specify the name of the object //state to this method, because state is used in other methods within the //class.}}

import java.util.Scanner;import javax.swing.JOptionPane;public class TestStateEmblems {public static void main(String args) {StateEmblems data = new StateEmblems();String states =…

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Hello, I am working on the following problem and don’t seem to have chosen the correct answer. My rationale was that goodwill is $30,000 (800,000 – 770,000 book value). 40% of 30,000 is $12,000 plus the original $300,000 = 312,000 is the capital balance for Heflin, but that is not the correct answer. One of the solutions in course hero did not identify the correct answer either as it did not match any of the choices below. Any thoughts?

A partnership has the following capital balances:

Comprix (35% of gains and losses)$150,000

Heflin (40%) 300,000

Kaplan (25%) 320,000

Mahar is going to pay a total of $200,000 directly to these three partners to acquire a 25 percent ownership interest from each. Goodwill is to be recorded. What is Heflin’s capital balance after the transaction?

Multiple Choice

• $225,000
• $312,000
• $360,000
• $234,000

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