<span>In the early days of it, the cio would report to the ____ as it was seen as a way to control costs. as technology has become more strategic and able to deliver a competitive advantage, cios now report directly to the ____.</span><span>
CFO; CEO</span>
Answer:
Because the all works that we did done and thinks to doing need some rules. Every thing in this world pepole looks this is wrong. We have to understand our culture because we live in the frame. The frame is culture anyone cqnt change it. Political like a game. Every politicions working for luxury life. They never think about the denziens of their country. As i think this is rhw reasone to understand the political.Socity is very diffrent. Always it full of curropution. we have to carefull of our self always.
So this is my answer you can add some to your self..
Answer:
D) Cash 45,540 Accounts receivable 45,540
Explanation:
The journal entry is shown below:
Cash A/c Dr $45,540
To Accounts receivable A/c $45,540
(Being cash is received in respect of goods sold)
The computation is shown below:
= Sold value of supplies - the sold value of supplies × discount percentage
= $46,000 - $46,000 × 1%
= $46,000 - $460
= $45,540
Since the net method is used so we debited the cash account and credited the account receivable account.
Answer:
b. 8.92%
Explanation:
Calculation for the portfolio expected return
Using this formula
Portfolio expected return = (Stock A allocated fund x Stock A expected return) + (Stock B allocated fund x Stock B expected return)
Let plug in the formula
Portfolio expected return= (54%*8%) + (46%*10%)
Portfolio expected return=0.0432+0.046
Portfolio expected return=0.0892*100
Portfolio expected return =8.92%
Therefore the portfolio expected return will be 8.92%
Answer:
The probability is 1.
Explanation:
Despite that the he distribution is positively skewed, the distribution of sample means of one-bedroom apartments will still be a a normal distribution based on Central Limit Theorem.
Since we have
μ = mean = 2200
SD = standard deviation = 250
n = sample size = 50
Therefore,
Standard error = SD ÷ √n
= 250 ÷ √50
= 250 ÷ 7.07106781186548
= 35.3553390593274 approximately 35.36
Standardize xbar to z = (xbar - μ) ÷ (SD ÷ √n)
Therefore, we have:
P(xbar > 1,950) = P(z > (1,950 - 2200) ÷ 35.36)
= P(z > - 250 ÷ 35.36)
= P(z > -7.07) = 1
Therefore, the probability of selecting a sample of 50 one bedroom apartments is 1 which can be said to be certain.