What is the coupling constant of the alkene sig nals of the NMR of your product?

What is the coupling constant of the alkene signals of the NMR of your product? (The two alkene signal are doublets at 7.28 and 7.14 ppm.) How does this information tell you that you isolated the trans and not cis product?

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An ideal transformer has 30 turns in its primary and 230 turns in its secondary. 12 V ac is connected to the primary. (a) Find the volts ac available…

An ideal transformer has 30 turns in its primary and 230 turns in its secondary. 12 V ac is connected to the primary.

(a) Find the volts ac available at the secondary.(b) Find the current in a 25 ohm device connected to the secondary.(c) Find the power supplied to the primary.

I haven’t written a paper where maps and soil surveys need to be included.

I haven’t written a paper where maps and soil surveys need to be included. Can someone help me out with this by giving me a good outline or resources to help me with my research on the Ground Pangolin?

Thanks!

For the plan, include the following main sections (subcategories are not required, but should be considered). This should be a complete proposal, not an outline.

Background on Target Species (e.g., common name, scientific name, state and federal listing status (e.g, endangered, threatened) and year of listing, historic range, current range.

Habitat and food sources used throughout all life phases.

Threats the selected species faces, now and in the future.

Goals & Objectives of the Management Plan

Goals: long term desires

Objectives: short term actions to meet goals

Resource Inventory

Topographic map

Soil survey

NWI map – if water features exist on the property

Local or regional field guides available

Review of earlier management plans

Management Compartments

How will you divide the territory into management units

Include an annotated aerial image or map (e.g., Google Earth)

Evaluate habitat quality for target species in each compartment

Management Practices (i.e., what actions are you proposing?)

Physical actions

Chemical actions

Biological actions

Costs

Time frame/timing concerns

Alternatives – consider alternatives and construct a table to evaluate important and practical options

(03.02 MC)Human skeletal muscles can respire both aerobically and anaerobically. Which of the following best describes what happens to pyruvate under…

Please answer these advanced biology questions correctly I will give best rating asap thank you.

(03.02 MC)Human skeletal muscles can respire both aerobically and anaerobically. Which of the following best describes what happens topyruvate under anaerobic conditions? (2 points) Select one: A a. It is converted to lactic acid.A- b. It is enzymatically joined to another pyruvate molecule to produce glucose.A c. It is degraded to two molecules of pyruvic acid, producing four ATP. A d. It is reduced to lactate, and the electrons are passed through the electron transport chain. (03.02 MC)You discover a novel organism with the following characteristics:I. It lives only in warm tropical climates. II. It lays eggs.lll. It spends a portion of each day basking in the sun. Based on this information, which of the following terms applies to the organism? ( 2 points) Select one: A- a. Ectothermic A b. Endothermic A- c. Exergonic A d. Exothermic (03.02 HC)A 20-gram ectothermic organism and a 20-gram endothermic organism are placed together in a small, enclosed cage. The cage isheld at a temperature of 32°C tor one hour. Then, the temperature of the cage is raised to 45°C. Which of the following would you expect to betrue after one hour at 45°C? ( 2 points) Select one: A- a. The metabolic rate of both organisms would increase.A b. The metabolic rate of both organisms would remain unchanged. A- c. The metabolic rate of the ectothermic organism would increase, and the metabolic rate of the endothermic organism would decrease. A d. The metabolic rate of the ectothermic organism would increase, and the metabolic rate of the endothermic organism would remainunchanged.

A student placed 17.0 of glucose () in a volumetric flask, added enough water to dissolve the glucose by swirling, then carefully added additional…

A student placed 17.0 of glucose () in a volumetric flask, added enough water to dissolve the glucose by swirling, then carefully added additional water until the 100.-mark on the neck of the flask was reached. The flask was then shaken until the solution was uniform. A 35.0- sample of this glucose solution was diluted to 0.500 . How many grams of glucose are in 100. of the final solution?

Which compound would you expect to elute first from the column: unreacted ferrocene, acetlyferrocene, or diacetylferrocene? why?

Which compound would you expect to elute first from the column: unreacted ferrocene, acetlyferrocene, or diacetylferrocene? why?

Which compound would you expect to elute first from the column: unreacted ferrocene,acetlyferrocene, or diacetylferrocene? why?The Elusion principal is based the more polar a compound has the…

Calculate the weight ( in ounces ) of a 2 . 5 quart sample of your liquid from part C .

Dimensional analysis, please see attached photo.

Calculate the weight in ounces of a 2.5 quart sample of your liquid from part C. Sample of liquid = 10 mL

C 3 . Calculate the weight ( in ounces ) of a 2 . 5 quart sample of your liquid from part C . Use dimensional analysis andrecall that ounce is a mass unit , not a volume unit )Sample of liquid = 10 ML

3. What key metabolic substance is formed directly from catabolism of all three major classes of foods (carbohydrates, lipids, and proteins)? 4. What…

3. What key metabolic substance is formed directly from catabolism of all three major classes of foods (carbohydrates, lipids, and proteins)? 4. What does it mean when two reactions are coupled? How the following reaction (G = -11.8 kcal/mol) could be coupled with formation of ATP from ADP and phosphate? Write the net reaction for the coupled reaction. What is the overall G for the coupled reaction? 5. What is the name of the functional group that reacts with water in the above starting material? 6. NAD+ is a coenzyme for dehydrogenation for three reactions in the citric acid cycle. A. When a molecule is dehydrogenated, is NAD+ oxidized or reduced? B. Is NAD+ an oxidizing agent or a reducing agent? C. What is NAD+ converted to after the dehydrogenation process? 7. What is the main function of the citric acid cycle? What happens to the carbons of the acetyl part of acetylCoA during the citric acid cycle? 8. Look at the eight steps of the citric acid cycle in section 21.8 of

A ball of mass 1.020 g and positive charge q =40.2microC is suspended on a string of negligible mass in a uniform electric field. We observe that the…

A ball of mass 1.020 g and positive charge q =40.2microC is suspended on a string of negligible mass in a uniform electric field. We observe that the ball hangs at an angle of theta=15.0o from the vertical. What is the magnitude of the electric field?