The key contribution that was the identification of the major functions of management which are planning, leading, organizing, and controlling is; Administrative management
<h3>Administrative Management</h3>
Administrative Management is defined as a type of management that has to do with the management of every part of an organization.
Now, the administrative managers are responsible for planning, organizing, leading, controlling, and coordinating and stating the need for budgets and controls.
In conclusion, this type of management is basically one that seeks to make an organization more efficient.
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Answer:
True
Explanation:
well I agree somehow though
Answer:
The total number of integers between 2020 and 2400 have four distinct digits arranged in increasing order is 15.
Explanation:
Given :
Numbers -- 2020 and 2400
The following steps can be used in order to determine the total number of integers between 2020 and 2400 have four distinct digits arranged in increasing order:
Step 1 - According to the given data, there are two numbers 2020 and 2400.
Step 2 - So, the integers having four distinct digits arranged in increasing order are:
2345, 2346, 2347, 2348, 2349, 2356, 2357, 2358, 2359, 2367, 2368, 2369, 2378, 2379, and 2389.
Step 3 - So, the total number of integers between 2020 and 2400 have four distinct digits arranged in increasing order is 15.
A a result of bridging finance, extension requests is said to be more popular as borrower kept coming back to request an extension.
<h3>Why do a lot of businesses still borrow money despite the cost?</h3>
The act of borrowing is one that helps to provide businesses with a lot of added expense, which they can use for any investment that can make them to generate a lot of money than the costs it took them to borrow.
And as such, due to the above, there is more improved access or means to working capital that is needed by businesses to take advantage of new opportunities as they are said to arise.
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Probability of getting exactly 1 heads is 0.094.
As a binomial model, there are only two outcomes, the heads & tails
For a coin, the probability of getting heads or tails = 1 /2 = 0.5
Let 'X' be the no of heads obtained
Let :p" be the probability of getting heads
X~Bin (n=6, p = 0.5)
P (X=x) =
P (X=x) =
P (X=x) =
Note that we need to find probability of getting exactly 1 heads. So we will input the figures
P (X=1) =
P (X=1) =
P (X=1) =
P (X=1) = 0.09375
P (X=1) = 0.094
Therefore, the probability of getting exactly 1 heads is 0.094.
