Answer:
i don't know
Explanation:
please mark me as the brainlist
MOST LIKELY: Talk to each member of the team to learn their perception of how things are going and what challenges are faced. Listen intently with a goal of finding out how they really feel, rather than managing or convincing them to think otherwise.
Ask questions that help you gauge their personal morale, such as “How well do you think we are recognizing your contributions?”, “How appreciated do you feel here at work”, or “How close is this job to your ideal work?” The goal is to find out each person’s individual level of morale, because everyone’s morale contributes to the group morale.
THis should give you some idea of what specific things you need to work on to improve the morale level of each individual.
LEAST LIKELY: Blame individuals or the team and implement punitive or restrictive measures to force improvement. This does not work.
Look for a scapegoat or some magic bullet “motivational” action to apply to all equally.
Motivating employees to work more effectively means doing the harder work of learning what motivates them and providing that within the framework of your organization over a long enough period of time to create lasting change.
Answer:
Answer:
Stabilizer with area = 14 cm².
Step-by-step explanation:
Area of the wing = 101.25 cm²
Rule of the thumb is that area of stabilizer must be about 1/6 to 1/8 of the area of wing. So, first we calculate 1/6 of the area of the wing and 1/8 of the area of the wing. Area of stabilizer must be in between these two numbers.
1/6 of the area of wing = \frac{1}{6} \times 101.25 = 16.87561×101.25=16.875
1/8 of the area of wing = \frac{1}{8} \times 101.25 = 12.65681×101.25=12.656
This means, the area of horizontal stabilizer must be in between 12.656 cm² and 16.875 cm². From the given options only one option lies in between these two numbers and that is 14 cm²
Therefore, area of a good stabilizer design from the given options would be 14 cm²
Answer:
An atom is oxidized if its oxidation number increases, the reducing agent, and an atom is reduced if its oxidation number decreases, the oxidizing agent. The atom that is oxidized is the reducing agent, and the atom that is reduced is the oxidizing agent.
