Answer:
A) the range of variation
Explanation:
In statistics, the range is a measure of variation which includes the highest value and the lowest value, in other words, the extreme points.
In this case, the range of variation represents the extreme points at which it is OK to plant our seeds. If we plant seeds more than 13" apart then we aren't doing it correctly, the same if we pant them less than 11" apart.
Answer: $292,500,000
Explanation:
The following information can be derived from the question:
Issued bond = $300
Issue discount = 0.50%
Coupon rate = 7%.
Fees paid = 2.0%
The net amount of funds that the debt issue will provide for the firm will be:
= Issued bond price - Discount - Fees paid
= $300m - ($300m × 0.50%) - ($300m × 2.0%)
= $300m - $1.5m - $6m
= $300m - $7.5m
= $292.5 Million
Efficiency is one of the <u>positive</u> impacts of technology on the workplace.
Technological advancement has resulted in many positive impacts on the workplace in both communication and production aspects. It has drastically increased the rate of production.
One of the most prominent impacts of technology on the workplace is the increased flow rate of work. People can communicate in different areas of the workplace more efficiently. Work that used to take hours before can now be done in minutes.
Measuring efficiency or productivity of workplace:
A simple method to have an idea about the efficiency or productivity of a workplace is to compare the input (total labor) and the output (total number of units produced).
Learn how worksheet creates an efficient process in the workplace from the link below
brainly.com/question/13415095?referrer=searchResults
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Based on the distance between locations, the total distance moved in the week will be<u> 6,700 meters. </u>
<h3>Distance between the departments </h3>
Assuming that Departments X, Y and Z are in areas I, II and III respectively. The following will be true:
- Department X is located 10 meters from Y but 20 meters from Z.
- Department Y is located 10 meters from Z.
<h3>Total distance traveled</h3>
This can be found by multiplying the loads carried across departments by the distance between the locations of these departments.
= ( (Loads from X to Y x distance of X and Y) + (Loads from X to Z x Distance of X and Z)) + ( (Loads from Y to X x distance of X and Y) + (Loads from Y to Z x Distance of Y and Z)) + ( (Loads from Z to Y x distance of Z and X) + (Loads from Z to Y x Distance of Y and Z))
= ( (0 x 10) + 80 x 20)) + ( (30 x 10) + (150 x 10) ) + ( (100 x 20) + 130 x 10) )
= 1,600 + 1,800 + 3,300
= 6,700 meters
In conclusion, the total distance would be 6,700 meters.
Find out more on minimizing costs at brainly.com/question/1380316.
