colour
Explanation:
chromatography differentiate out parts of solutions as in the form of different colours
The set of actions that represent the tactics include repositioning a product, marketing a product, etc.
<h3>Actions describing the tactics.</h3>
<u>Repositioning a product.</u>
- Research the current customer buying criteria.
- Display the R&D worksheet.
- Adjustments in performance, size, etc.
- Save the decision.
<u>Marketing a product.</u>
- Research the competitive environment.
- Display marketing worksheet.
- Enter decisions for price, promotion, and sales budget.
<u>Scheduling production.</u>
- Estimate the best case for the demand of each product in the year.
- Display the production worksheet.
- Consider the available inventory.
<u>Modifying plant as equipment</u>
- Estimate the maximum demand for current year and next year.
- Analyze the unit cost and margin.
- Display the production sheet.
- Modify the required changes in the capacity.
- Display the finance worksheet.
<u>Raising money and paying debt.</u>
- Analyze the proforma income statement.
- Analyze the proforma balance sheet.
- Display the finance worksheet.
- Issue or repurchase the required stock and bonds.
<u>Inventing a new product.</u>
- Research the opportunity in the segment.
- Select the product attributes.
- Display the R&D worksheet.
- Enter the product attributes.
- Display the production worksheet.
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brainly.com/question/25369230
The reaction with the lower activation energy occurs.
Then answer would be 200 ounces. To solve that you would set up your formula 1 pound is equal to 16 ounces. So you know how many pounds you have but not how many ounces. So using the same formula replace the pounds value with 12.5. After doing that look at the 1 pound to 12.5 pounds. How much do you multiply? You multiply 12.5. So to keep it equal you would multiply 16 with 12.5 which is 200 ounces.
Hope this helps!
Answer:
Standard Error of the Mean = σ/√N = 
Explanation:
SEM is calculated by taking the standard deviation and dividing it by the square root of the sample size.