Answer:
The correct answer is letter "C": informal leader.
Explanation:
Informal leaders are individuals to whom people put their trust on because they provoke a strong influence within a group or because others see that individuals as examples to follow. However, informal leaders are not officially recognized. Most formalized leaders begin naturally being informal leaders until the collective will of subordinates place them in the position of power.
Answer:
The correct answer is True.
Explanation:
This statement, a cost object is anything for which management desires a separate tracking of costs, while a cost driver is the factor that causes the cost object to increase or decrease, is correct.
These terms are mostly used in activity based costing (ABC) system.
Examples of Cost Object are material procurement costs, quality control costs, materal handling costs, line set up costs e.t.c.
Example of Cost drivers are number of purchase orders, number of inspections, numbers of set-ups e.t.c.
If Martin had 24 5 pounds of grapes left. The expression that shows the pounds of grapes martin has if he doubles his current amount is: (2) (2) (2) (four-fifths).
<h3>
Double amount of grapes</h3>
Given: Current amount of grapes=2 4/5=14/5
Double amount of grapes=2×14/5=28/5
Hence:
2(2)+(2) 4/5
=4+8/5
=28/5
The expression is: (2) (2) (2) (four-fifths) or 2(2)+(2) 4/5.
Therefore If Martin had 24 5 pounds of grapes left. The expression that shows the pounds of grapes martin has if he doubles his current amount is: (2) (2) (2) (four-fifths).
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Answer:
51 % increase
Explanation:
Stock A price= $23.00
Stock A price after 6 months= $47.00
Increase in price of Stock A= $47 - $23
= $24
Percentage increase in stick price = <u>$24</u> x 100%
$47
= 0.510 x 100%
= 51%
The percentage increase in the price of Stock A is 51%
Cheers
Answer:
Hersey's bond = $1125.513
Mars bond = $1172.259
Explanation:
Hersey bond;
Period(t) = 10years = 40(quartely)
Coupon (C) = $30
Rate (r) = 0.1 = 0.025(quarterly)
Pay at maturity(p) = $1000
Using the both present value (PV) and compound interest formula ;
PV =[ C × (1 - (1+r)^-t) ÷ r] + [p ÷ (1 + r)^t]
PV = [30×(1-(1.025)^-40)÷0.025] + [1000÷(1.025)^40]
PV =( 753.083251562) + (372.4306236)
PV = $1125.513
Mars bond;
Period(t) = 20years = 80(quartely)
Coupon (C) = $30
Rate (r) = 0.1 = 0.025(quarterly)
Pay at maturity(p) = $1000
PV =[ C × (1 - (1+r)^-t) ÷ r] + [p ÷ (1 + r)^t]
PV = [30×(1-(1.025)^-80)÷0.025] + [1000÷(1.025)^80]
PV =(1033.55451663) + (138.704569467)
PV = $1172.259