The process through which a product or service takes root initially in simple applications at the bottom of a market and then moves up, eventually displacing established companies, is referred to as <u>Disruptive Innovation</u>.
In a business idea, disruptive innovation is an innovation that creates a brand new market and price network or enters at the lowest of an existing market and in the end displaces established marketplace-leading companies, products, and alliances.
Disruptive innovation refers to using a generation that upsets a structure, instead of "disruptive technology", which refers back to the era itself. Amazon, launched as an online bookstall in the mid-Nineties, is an example of disruptive innovation.
Disruptive innovation is the manner by using which a smaller enterprise—normally with fewer sources—moves upmarket and demanding situations larger, hooked-up corporations.
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Answer:
d. Firm A will spend $4,000.
Explanation:
Since Firm B cost of Cleanup before it gets the the river is less than the cost of pollution permits, it will choose to clean up its pollution.
However, since Firm A cleanup cost per ton ($100) is greater than the cost of the pollution permit, it will choose to buy permits.
Maximum Allowable Number of Permits=40
Therefore, Firm A will clean up 10 Tons and dump 40 Tons of Waste.
Cost =(10 Tons *$100)+(40 Tons * $75)
=$(1000+3000)
=$4000.
Firm A will spend $4000.
Answer:
triple bottom line
Explanation:
Companies increasingly strive to achieve the triple bottom line performance when formulating their corporate strategy. The triple bottom line (TBL) is a framework used in business that focuses on equally on social/environmental concerns as well as profits, thus creating three equal points of interest (bottom lines) which are profit, people, and the environment. This leads to a successful and balanced company.
Answer:
The value of the put option is;
e. $9.00
Explanation:
To determine the value of the put option can be expressed as;
C(t)-P(t)=S(t)-K.e^(-rt)
where;
C(t)=value of the call at time t
P(t)=value of the put at time t
S(t)=current price of the stock
K=strike price
r=annual risk free rate
t=duration of call option
In our case;
C(t)=$7.2
P(t)=unknown
S(t)=$50
K=$55
r=6%=6/100=0.06
t=1 year
replacing;
7.2-P=50-55×e^(-0.06×1)
7.2-P=50-(55×0.942)
7.2-P=50-51.797
P=51.797+7.2-50
P=$8.997 rounded off to 2 decimal places=$9.00
