Answer:
Projects A,B,C,D and E should be accepted
Explanation:
Based on the fact that each of the itemized projects has the same of level of risk as the company's existing assets, we suggest that the firm undertake those projects that gives a return rate which is above the current weighted average cost of capital of 10.5%
In essence,projects A,B,C,D and E should be accepted as they 12%,11.5%,11.2%,11% and 10.7% returns on investment respectively.
Projects F& G would be rejected on the premise that their rates of return are lower than what is currently obtainable in Midwest Water Works.
Answer:
The correct answer is letter "A": The line between electronic retailing and traditional retailing is blurring as traditional retailers go online.
Explanation:
Most purchases nowadays are being processed online. The easiness to access to a wide variety of products and the methods of payments causes more people to buy online. Besides, the number of retailer stores with mobile apps is increasing so there is no need to have a computer to make the purchases online since they can be made with a phone. This scenario is fading the line that used to separate traditional retailing with online retailing.
Answer:
competitor-oriented pricing
Explanation:
competitor-oriented pricing is a technique for valuing in which a producer's value is resolved more by the cost of a comparable item sold by an incredible contender than by contemplation of purchaser request and cost of generation; likewise alluded to as Competition-Based Pricing.
For instance: a firm needs to value another espresso producer. The company's rivals sell it at $25, and the organization thinks about that the best cost for the new espresso producer is $25. It chooses to set this very cost without anyone else item.
It already does affect the workplace.
Answer: V=7.43m/s
d =2.82m
Explanation:
a) For the first part, the initial velocity immediately after ejection, by using momentum conservation
before ejection, the momentum of the squid/water system is zero
there are no external forces acting on the system at the moment of ejection, so we can find the speed of the squid by noting
momentum before ejection = momentum after ejection
0 = M1U + M2V
0=-0.26 kg x 20 m/s + 0.7kg x V
where the speed of the water is taken as the negative sign, and V is the speed of the squid right after ejection, solving for V we get
V=7.43m/s
B. we use the equation vf^²=v0^²+2ad
where vf=final velocity = 0 since velocity is zero at motion's apex
v0=initial velocity = 7.43m/s
a = acceleration = -9.8m/s/s
d=height (to be found)
Therefore,
0=7.43^²+2(-9.8)d
Mathematically, it becomes
d=7.43^²/2(9.8)= 2.82m
d = 2.82m
