Tectonics are the driving force for all geology.
Answer:
False
Explanation:
Recovery time objective(RTO) - The main objective of RTO is to work on the real-time designation. It works to define lost or re-entered data during the downtime of the network. The purpose of RTO is to define the actual working time before a disturbance begins.
It defined to that time period during which the unprocessed process can be recovered after the disturbance occurs during any business operation.
The correct adjusting entry to journalize this depreciation is a debit to Depreciation Expense for $3,500 and a credit to Accumulated Depreciation for $3,500.
What is a depreciation?
In accounting, this refers to the monetary value of an asset that decreases over time due to use, wear, tear etc.
As we are given that the estimated amount of depreciation on office equipment for the current year is $3,500, then, the correct adjusting entry to journalize this depreciation is a debit to Depreciation Expense for $3,500 and a credit to Accumulated Depreciation for $3,500.
Read more about depreciation
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Answer:
a) MRP = $450
MRC = $300
b) MRP = $450
MRC = $600
No
Explanation:
a) Marginal revenue product (MRP) is the change in revenue created due to an increase in resources.
MRP = Revenue change / additional input
The revenue change as a result of adding one vehicle= 1500 packages/day * $0.3 = $450. The additional input is 1 vehicle
MRP = Revenue change / additional input = $450 / 1 = $450
Marginal revenue cost (MRC) is the change in cost as a result of additional resource.
MRC = Change in resource cost / additional input
Since adding a vehicle is rented at $300/day, the Change in resource cost is $300.
MRC = $300 / 1 = $300
b) MRP = Revenue change / additional input = $450 / 1 = $450
MRC = Change in resource cost / additional input = $600 / 1 = $600
The firm should not add a delivery vehicle because the MRC exceeds the MRP, therefore the firm would be at a loss
Answer:
b) Wall
Explanation:
Wall Footing or Strip footing. This type is used to distribute loads of structural or non- structural load-bearing walls to the ground in such a way that the load-bearing limit of the soil isn't outperformed. It runs along the direction of the wall.
