Suppose we have two animals, X and Y and that X helps Y thanks to a gene. In this equation, we have that B is the benefit that Y receives, r the degree of relatedness and C is the cost of help. If the equation above holds, we have that the benefit (accounted for relatedness) overweighs the cost and the gene will spread. More specifically, the benefit to an individual's fitness (accounting for the probability that he has the gene) is greater than the cost to X's fitness and thus the probability that the gene propagates to the next generation is increased.
Answer is D: Loan
When we talk about financing something we are talking about taking out a loan to purchase the product.
For example, if we say we are looking to finance the purchase of a home, we are talking about taking out a loan to purchase our home
Answer and explanation:
1) Chinese online retailer Alibaba offers products on its web-page mostly to be sold in bundles offering to ship worldwide. Goods traded in Alibaba tend to be cheaper than average including innovative products usually offered in Asian markets. The company booked sales for around $53,000 million in 2019. Then, businesses offering non-perishable goods could imitate Alibaba's distribution network which benefits them in reducing costs in personnel, stores, and warehouses.
2) Alibaba attracts consumers to import due to the low prices of the products offered in its web-page and the easy payment method that accepts multiple methods such as credit or debit cards, money orders or digital wallets. Individuals can also be encouraged to engage in exporting following the Alibaba model which has resulted to be profitable for the firm.
Answer:
Station 1 = 8 minutes
Explanation:
The computation of the bottleneck time minutes per unit is shown below:
Station 1 = 8 minutes
Station 2 = 12 minutes ÷ 2 machines = 6 minutes
Station 3 = 5 minutes
The station who has higher minutes per unit is considered to be the bottleneck station as it reduced the overall capacity.
So, station 1 is the bottleneck station with 8 minutes per unit
