How is the new trade theory applied today in the Philippines?

Why must marketers be aware of new developments in technology?

what are the keys to a successful pricing strategy for a new product?

I have a 6 sided die with the numbers 1, 2, 3, 3, 4, 5 on it. I also have a hat filled with numbers. When I pick a number out of the hat, I get a number between 1 and 10. The hat number has a mean of 2 and a standard deviation of 2.5. I make a new random variable by combining these two previous random variables. The new random variable is made by taking the number I get from the hat and multiplying it by 7 and then adding 3. Then I add the number I rolled on the die. For example if I pick a 6 out of the hat and roll a 2 on the die my new random variable is 7(6) + 3 + 2 = 47.

What is the mean and standard deviation of the new random variables?

What are some of the challenges associated with launching a new product?

Which of the following is NOT a potential source of new alleles in a population?

Which of the following is true about genetic drift?

At a recent meeting, it was decided to go ahead with the introduction of a new product if “interested consumers would be willing, on average, to pay $20.00 for the product.” A study was conducted, with 315 random interested consumers indicating that they would pay an average of $18.14 for the product. The standard deviation was $2.98.

a. Identify the reference value for testing the mean for all interested consumers.

b. Identify the null and research hypotheses for a two-sided test using both words and mathematical symbols.

c. Perform a two-sided test at the 5% significance level and describe the result.

d. Perform a two-sided test at the 1% significance level and describe the result.

e. State the p-value as either p > 0.05, p < 0.05, p < 0.01, or p < 0.001.

f. Find the p-value using statistical software

once M&C are complete, the new cells will be ? of interphase.

17. During transcription, RNA polymerase adds new nucleotides

1. at the carboxy-terminal of the elongating chain
2. at the amino-terminal of the elongating chain
3. at the 3` end of the elongating chain
4. at the 5` end of the elongating chain
5. at both 5` and 3` ends of the elongating chain

17. Different cells of an organism can produce different types of proteins because

1. They have different genes in different cells
2. Same genes are present in all cells
3. Differential expression of genes in different cells
4. Same genes are expressed in all types of cells
5. None of the above