Answer:
cost of goods available for sale= $4,060
Explanation:
Giving the following information:
Beginning inventory, January 1: 400 $3.00
Purchase, January 30: 300 3.40
Purchase, May 1: 460 4.00
<u>The cost of goods available for sale is the sum of the beginning inventory and the purchases of the period:</u>
<u></u>
cost of goods available for sale= beginning inventory + purchase
cost of goods available for sale= 400*3 + 300*3.4 + 460*4
cost of goods available for sale= $4,060
Answer: $99,000
Explanation:
Given the opening Balance of the Bond Payable account as well as the Closing Balance and the bonds that were retired for the year, we can deduce the amount of new bonds issued using the following formula,
Opening Balance + Bonds Issued - Retired bonds = Closing Balance
Making Bonds Issued the subject we have,
Bonds Issued = Closing Balance - Opening Balance + Retired bonds
Bonds issued is therefore,
= 820,000 - 730,000 + 9,000
= $99,000
$99,000 was the Amount of new bonds issued in 2019.
Blood group b shold constrentect
This means that the research shows that 95% of the yield is between 118 to 130 bushels per acre. The mean is 124 bushels per acre and the margin of error is 6 bushels per acre.
<h3>
Confidence interval</h3>
Given that 95% confidence interval for the true mean yield is 118 to 130 bushels per acre.
This means that the research shows that 95% of the yield is between 118 to 130 bushels per acre. The mean is 124 bushels per acre and the margin of error is 6 bushels per acre.
Hence:
μ ± E = (118, 130)
where μ is mean and E is margin of error
μ - E = 118 (1)
Also:
μ + E = 130 (2)
From both equations:
μ = 124, E = 6
The mean is 124 bushels per acre and the margin of error is 6 bushels per acre.
Find out more on Confidence interval at: brainly.com/question/15712887
Answer:
Instrucitons are listed below.
Explanation:
Giving the following information:
Let’s assume that each person in the United States consumes an average of 39 gallons of soft drinks (non-diet) at an average price of $2.00 per gallon and that the U.S. population is 295 million. At a price of $1.50 per gallon, each consumer would demand 49 gallons of soft drinks.
Price= 2
Demand= 295*39= 11,505 million
Price= 1.5
Demand= 295*49= 14,455 million
