Answer:
C) $300 U
Explanation:
Gipple Corporation
Material Quantity Variance = (Actual Quantity Used * Standard Unit Cost )-
( Standard Quantity Used * Standard Unit Cost )
Material Quantity Variance =(AQ* SP) -(SQ*SP)
Material Quantity Variance = (24,870* 6)- ( 7.3* 3400 *6)
Material Quantity Variance = (24,870* 6)- (24,820* 6)
Material Quantity Variance = 149220 - 148920
Material Quantity Variance = $300 Unfavorable
As actual quantity is greater than standard quantity it is unfavorable.
Answer:
Annual depreciation= $77,000
Explanation:
Giving the following information:
Purchase price= $800,000
Salvage value= $30,000
Useful life= 10 year
Under the straight-line method of depreciation, the depreciation expense is constant along the useful life.
We need to use the following formula:
Annual depreciation= (original cost - salvage value)/estimated life (years)
Annual depreciation= (800,000 - 30,000)/10
Annual depreciation= $77,000
Answer:
d. shifts in market psychology and successive waves of irrational exuberance.
Explanation:
Bubble in respect to financial market means an unexpected and non-explainable reason. This although the economists believes arises because of the emotional attachment and effects on an asset. As for example: when an asset is made using the specific raw material which is discovered to be precious in the terms it is ancient then, automatically the price of the asset increases in the market.
Thus, this is nothing but a market psychology that is basically an effect of emotional concerns of individual mindset, which is irrational.
This theory is explain by Keynesian the economists.
Answer:
d. $13,575
Explanation:
The cost of the equipment includes all the cost incurred to bring the equipment to a state where it becomes available for use.
These costs are the cost of the equipment, sales tax, freight, repairs during installation and installation cost.
Therefore,
Cost of the equipment = $12,000 + $800 + $200 + $350 + $225
= $13,575
The right option is d. $13,575.
Answer:
A, B and D
Explanation:
Under OSHA laws, employers must provide a safe workplace for the employees. All the danger areas must be indicated with either painting or signage. Using guard rails is an excellent way of demarcating danger zones. They keep employees away from dangerous spots. In this case, an employer should use guard rails in the following circumstances.
1.Around every floor hole into which a worker can accidentally walk. The guard rails will form a barrier that will prevent accidental falls into the hole.
2.Around every open-sided platform, floor, or runaway that is 4 feet or higher off the ground or next level. The guard rails form a wall that prevents employees in raised levels from falling to the ground.
3. Regardless of height, if a worker can fall into dangerous machines or equipment. In case of an incident, the guard rails will stop an employee from falling into dangerous machines or equipment.
