Based on Neena's qualifications and desire for the highest pay scale, she would be best suited for a <u>supply chain manager</u><u> career</u>.
<h3>Who is a supply chain manager?</h3>
A supply chain manager ensures the movement of goods, from manufacturers and suppliers to the ultimate customer.
A supply chain manager oversees and manages the production flow:
- Raw materials acquisition
- Production logistics
- Delivery logistics.
A supply chain manager requires the following skills:
- Business Management
- Leadership
- Transportation
- Manufacturing production and processes
- Customer service
- Personal relationships
- Analytical skills.
Thus, based on Neena's qualifications and desire for the highest pay scale, she would be best suited for a <u>supply chain manager</u><u> career</u>.
Learn more about supply chain management at brainly.com/question/18793688
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Remember: Please Excuse My Dear Aunt Sally (PEMDAS)
In solving algebraic expressions, there is an order in which to solve it.
<span>1) perform the operation inside the </span>parenthesis<span> first </span>
<span>2) then perform the operation with the </span>exponents
<span>3) apply </span>multiplication<span> and </span>division<span> from left to right of the equation.</span>
<span>4) apply </span>addition<span> and </span>subtraction<span> from left to right of the equation.</span>
Aloha!
There is a one step equation for this question and here is how to solve it.
Step 1. Multiply $950 by .12=$114 dollars
Note: I changed 12% into a decimal by multiplying 12% by 100. (Or you can just put a decimal in-front of the percent.)
I hope this helps!:)
Answer:
If the robot has more mass, then it will take a bigger force to lift up another object. If the robot is going to lift something up, it will use its arms, and its arms have mass, and the object has a mass as well. If the robot's arms have a mass of 10kg, and the object has a mass of 12kg, it will use a certain amount of force to lift up the object using it's arms. If the the robots arms were 5kg instead, it would take less force to lift of the same object using its arms.
