Answer:
A graphic designer focuses on the visual marketing of yhings/services. A copywriter sales with the power of words
ps: you should look up Dan Lok copywriting.
Answer :
The equivalent annual annuity of GSU-3300 = 6,520.30
Explanation :
The computation of the equivalent annual annuity of the GSU -3,300 is shown below:
As per the data given in the question,
For GSU-3300, Cash flow =$25,010
Time = 8 years
Cost = $99,984
For UGA-3300, Cash flow = $28,975
Time = 9 years
Cost $123,069
Based on this,
The equivalent annual annuity of GSU-3300 is
= -$99,984 × 9.63% ÷ {1 -1 ÷ (1 + 9.63%)^8} + $25,010
= 6,520.299
= 6,520.30
Xavi demonstrating vision.
Explanation:
A vision is a strong visual picture, based about your goals and aspirations, of what you are looking for in your company.
A dream can specifically guide your company and can save you from going in the wrong direction.
An ambitious definition of what a company wants to achieve or accomplish in the medium to long term. It should be a straightforward reference for the collection of current and future acts.
Answer:
The correct answer is a. total quality management.
Explanation:
It is known as total quality management to a business management strategy that consists of the study and assessment of the concept of quality in each of the phases of a production process. The purpose is the constant improvement of goods and services offered and the achievement of greater customer satisfaction.
Another way to understand this concept is as a mechanism for studying and monitoring the processes and human work of a firm. It is also called through its English translation: Total Quality Management (TQM).
The denomination of total is understandable from the perspective that the quality required and evaluated in the strategy includes both the different levels and elements of a company and the human group that works in it. That is, the search for quality prevails in each of the different organizational processes.
A ball is thrown instantly up into the air. The table suggests the records collected over t seconds, where h(t) is the peak of the ball, in ft. <u>option D The </u><u>maximum </u><u>height of the ball became reached 2.5 seconds after it became thrown.</u>
When a feature's slope is 0 at x, and the second derivative at x is: much less than zero, it's miles a neighborhood maximum. more than 0, it's miles a local minimum.
We are able to set the first by-product of the feature to 0 and remedy for x to get the vital point. If we take the second by-product or f''(x), then we can find out whether or not this point could be a maximum or minimum. If the second derivative is advantageous, it is going to be a minimum fee.
If we're unable to attract a graph, there are formulas you may use to discover the most. if you are given the components y = ax2 + bx + c, then you could discover the maximum price of the usage of the method max = c - (b2 / 4a). if you have the equation y = an (x-h)2 + okay and the a term is negative, then the most price is k.
Learn more about maximum here
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