Answer:
(a) Issued $50,000 par value common stock for cash = Financing Activities
b) Purchased a machine for $30,000, giving a long-term note in exchange. Financing Activities = Non-cash Investing and Financing Activity
(c) Issued $200,000 par value common stock upon conversion of bonds having a face value of $200,000 = Non-cash Investing and Financing Activities
(d) Declared and paid a cash dividend of $18,000 = Financing Activities
(e) Sold a long-term investment with a cost of $15,000 for $15,000 cash = Investing Activities
(f) Collected $16,000 from sale of goods = Operating Activities
Explanation:
The Cash flows related to raising of capital is known as Cash flow from Financing Activities.
The Cash flows related to growing and selling of Assets of the business is known as Cash flow from Investing Activities.
The Cash flow related to trade in Ordinary course business of the Company is known as Cash flow from Operating Activities.
Humanidocious is not an actual word because it is not on dictionaries or word that is being used with the definition it contains as this word is a made up or not a real word because this has been used in means of making a made up or fake word in replacing or trying to define something where in the word does not actually exist.
Answer:
At November 30, 2016, budgeted Accounts Receivable is $445,000
Explanation:
In October, Sales: $950,000
Customer amounts on account are collected: 50% x $950,000= $475,000
At 31 October, Accounts Receivable = 50% x $950,000= $475,000
In November, Sales: $890,000
Customer amounts on account are collected = $475,000 + 50% x $890,000 = $920,000
At November 30, 2016 budgeted Accounts Receivable = 50% x $890,000 = $445,000
Answer:
$1,209,100
Explanation:
The computation of the cost of the ending inventory as on Dec 31,2021 is shown below:
= Inventory as on Dec 31,2019 + {(Inventory as on Dec 31,2021 ÷ 2021 price index × 2019 price index) - Inventory as on Dec 31,2019} × 2021 price index ÷ 2019 price index
= $1,000,000 + {($1,439,100 ÷ 1.23 × 1) - $1,000,000} × 1.23 ÷ 1
= $1,000,000 + ($1,170,000 - $1,000,000) × 1.23
= $1,000,000 + $209,100
= $1,209,100
