Answer:
A. Shift the supply of cars out and to right, decreasing the equilibrium price of cars, but increasing the equilibrium quantity.
Explanation:
The effect of technology on supply is that it will shift supply to the right. As cost of production reduces, producers can have more output at the same cost.
There will be excess supply (surplus), so customers will pay less for the product.
The equilibrium quantity will also increase as more cars are available in the market.
This is illustrated in the attached diagram. Equillibrum price reduces from P1 to P2. The equillibrum quantity increases from Q1 to Q2.
Government can influence cost of production through taxes, regulations and subsidies. Therefore they also influence shift of supply curve.
Employees are required to achieve short-term performance goals. Employees can better comprehend what is expected of them or their positions when goals are defined for them.
<h3>What is performance Goal ?</h3>
Additionally, it aids in the proper evaluation and direction of workers by employers.
Establish a procedure for monitoring progress on important projects, including milestones and decision deadlines, in order to promote concentration on finishing a work. Share by February 10 with the management.
Concentrate on achieving performance standards or goals independently of rival competitors—typically by drawing comparisons to one's own prior success. Focus on the actions that a person must take during a performance in order to execute or perform properly.
Learn more about performance goal here
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# SPJ 1
Answer:
(a) Plant wide predetermined overhead rate:
= 30
Manufacturing overhead applied Job A:
= Total direct labor hours × Plant wide predetermined overhead rate
= 15 × 30
= 450
Manufacturing overhead applied Job A:
= Total direct labor hours × Plant wide predetermined overhead rate
= 9 × 30
= 270
(b) Departmental predetermined overhead rates:
= 30
= 1.2
Manufacturing overhead applied Job A:
= (Machining machine hours × 30) + (Assembly direct labor hours × 1.2)
= (11 × 30) + (10 × 1.2)
= 330 + 12
= 342
Manufacturing overhead applied Job B:
= (Machining machine hours × 30) + (Assembly direct labor hours × 1.2)
= (12 × 30) + (5 × 1.2)
= 360 + 6
= 366
