Answer:
Place
Explanation:
When banks try to make their positioning strategies tangible through the <u>Place</u> dimension, they make sure the exterior and interior have clean lines, the layout of the desks and the traffic flow are planned carefully, and waiting lines are not overly long.
Positioning strategies: It is a strategy that choose one or two key area to focus on for brand and product growth in the market. Before implementing these strategies, it is important to understand the strength and weakness of the company, target customer need and competitor´s position in the market, it help in effective planning and achieve objective of the company.
There are several dimension to positioning strategies, depending on what kind of analysis firm want to conduct.
Here in the given case, Bank have used place dimension of positioning strategies, so that it can gain more customer attraction and keep service flow organized in the bank.
Answer: Registered Bonds
Explanation:
A registered bond is one that has the owner's name and contact information recorded by the issuer so as to ensure that interest payments depending on the bond terms are rightly given out and also to track claims to coupons.The two ways bonds can be registered and transferred
1. Physically by printing owners details at the back of the certificate and BY signing or endorsing a certificate during transfer of bonds,
2. Electronically bY recording on a system database for ownership claim and for transfer of bonds.
The opposite of a Registered bond is a Bearer bond, Here, the owner"s details and information are not recorded.
First, you have to calculate the amount of tuition when the student reaches age 18. Do this by multiplying $11,000 by 1.07 each year from age 12 until it reaches age 18. Thus, 7 times.
At age 18: 16,508
At age 19: 17,664
At age 20: 18,900
At age 21: 20,223
Then, we use this formula:
A = F { i/{[(1+i)^n] - 1}}
where A is the monthly deposit each year, F is the half amount of the tuition each year illustrated in the first part of this solution, n is the number of years lapsed.
At age 18:
A = (16508/2) { 0.04/{[(1+0.04)^6] - 1}} = $1,244.389 deposit for the 1st year
Ate age 19
A = (17664/2) { 0.04/{[(1+0.04)^7] = $1,118 deposit for the 2nd year
At age 20:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $1,025 deposit for the 3rd year
At age 21:
A = (18900/2) { 0.04/{[(1+0.04)^8] = $955 deposit for the 4th year
Answer:
The portfolio’s new beta will be 1.125
Explanation:
In this question, we are interested in calculating the portfolio’s new beta given the value of the beta of the stock which is used in replacing it.
We apply a mathematical approach here.
Mathematically;
Portfolio beta=Respective beta * Respective investment weight
=(50,000/200,000*1.5)+(50,000/200,000*0.8)+(50,000/200,000*1)+(50,000/200,000*1.2)
= 0.375 + 0.2 + 0.25 + 0.3 = 1.125
<span>As the volume of financing increases, the costs of the various types of financing will increase, raising the firms weighted average cost capital. This happens because the firm will have to pay more in fees for their financing an that will be passed on to the firms weighted average cost capital.</span>
