In this case the perfect tender rule
b. does not apply.
Explanation:
The perfect tender rule has certain exceptions where it cannot be applied to the tender parties and the probates of the tender.
If there is a government ruling against the use of certain products that are necessary for the tender to be completed and the outlaw happens after the tender is signed but before it is completed as a consignment then it cannot be done.
This would come under the ambit of an emergency where the governed ruling makes such deals null and void.
Answer:
Option (b) is correct.
Explanation:
Contribution margin ratio is the difference between the selling price of the product and the variable cost of the product.
Contribution margin ratio = Selling price - Variable cost
Now, if there is a decrease in the fixed costs and variable costs of the product then as a result contribution margin ratio increases because of the fall in variable cost.
Break even point = (Fixed expense ÷ Contribution margin ratio)
If there is an increase in the contribution margin ration and a reduction in the fixed expense then as a result break even point decreases.
Increased; Decreased
Answer:
The correct adjusting journal entry for 12/31/09:
D. debit Spice Expense and credit Spice Inventory 240
Explanation:
Roland Richard purchased 200 ounces off of an expensive spice for $400.
Cost per ounce = $400/200 = $2
By December, 12/31/09, there were 80 ounces on hand. Roland Richard used 120 ounces of expensive spice with the amount of expense: $2 x 120 = $240
The adjusting journal entry for 12/31/09:
Debit Spice Expense $240
Credit Spice Inventory $240
Answer: The change in revenue for the sale of 1 more doghouse $ 66.67 dollars
Explanation: Differential is a function that can be used to approximate function value with a great degree of accuracy. This is done by the following.
Mathematical definition of derivative: f'(x) = lim f(x+Δx) - f(x)/Δx.
If Δx is very small:
f'(x) . Δx ≅ f(x+Δx) - f(x)
Knowing that Δy ≅ f(x+Δx) - f(x) and the diferential of variable x can be written by dx as the variable y can be dy:
dy = f'(x) dx
which means that the differential dy is approximately equal to the change Δy, if Δx is very small.
For the question, R(x) = y(x) = 14,000ln(0.01x+1)
f'(x) = ![\frac{d[14,000.ln(0.01x+1)]}{dx}](https://tex.z-dn.net/?f=%5Cfrac%7Bd%5B14%2C000.ln%280.01x%2B1%29%5D%7D%7Bdx%7D)
Using the chain rule, the derivative will be:
f'(x) = 14,000.
dy = 14,000..dx
dx is the change in x. For the question, the change is 1 (1 more doghouse) and x is 110:
dy = 14,000
dy = 
dy = 66.67
The change in revenue is $66.67 dollars.
Answer:
Assemble to order
Explanation:
The reason is that the customer places the order and all Dell does is just assemble the product and deliver it to its customers. Dell is using just in time mechanism and has all of its chips manufacturing, LED manufacturing, etc production facilities interconnected. Even its suppliers are close to its production sites. This enables Dell to produce products that the customer is desiring. So assembling products by just after taking the customer orders is "assemble to order mechanism".
