Answer:
The correct answer to the following question will be Option C (Adoption).
Explanation:
The adoption stage falls under the Change Management Continuum System educational process. This explains the change which has shown a significant or positive impact on the corporation.
The mental process by which a person moves from the first hearing about such an invention to actual adoption is the acceptance process for either a new product.
There are five stages are in the Adoption stage:
- Product awareness
- Product interest
- Product evaluation
- Product trial
- Product adoption
Therefore, Option C is the right answer.
The maximum debt to capital ratio (measured as debt/total invested capital) the firm can use is 44.29%.
<h3>
Maximum debt to capital
ratio:</h3>
TIE:
TIE = EBIT / Interest
EBIT =$450,000 -$355,000
EBIT= $95,000
Interest:
4 = $95,000 / Interest
Interest = $95,000 / 4 = $23,750.
Amount of debt:
Amount of debt=$23,750 / .075
Amount of debt= $316.666.70
Debt Ratio:
Debt ratio= $316,666.70 / 715,000 ×100
Debt ratio=44.289%
Debt ratio=44.29%(Approximately)
Inconclusion the maximum debt to capital ratio (measured as debt/total invested capital) the firm can use is 44.29%.
Learn more about debt to capital ratio here:brainly.com/question/16820767
Answer:
b. Team members may collect data using different operational definitions
Explanation:
when teams effectively plan for data collection, they plan to collect data collect efficiently in order to achieve the aim of the data collection
An operational definition is how a researcher decides to measure variables.
when teams effectively plan for data collection, they can collect data using different operational definitions to be able to conduct their research more robustly
Outcomes of teams not planning efficiently for data collection
a. The team may not collect enough data
b. The data may not be valid
Answer:
The system reliability will RISE
Explanation:
Reliability is simply the probability that a product will function for a specified time under stated conditions. When there's a decrease in the number of components connected in a series, the reliability of the system usually rises. Reliability minimizes failure, improves maintenance effectiveness, shorten repair time and meet customer and organization expectations.