Fibonacci (C++)

Generate 1st n fibonacci numbers:

std::vector<int> v = {1, 1, 2, 3, 5, 8, 13, 21};
auto w = fibonacci(8);

Note: NO LOOPS ALLOWED

Thanks!

In an momentum experiment involving the collision of two metal balls.... one at rest and the other that has an initial velocity moving in a projectile path, how would you determine the maximum height of the ball that is hit? Also, how do you find the velocity of the projectile (initially moving) ball just after the collision? Thanks!

A genetic experiment with peas resulted in one sample of offspring that consisted of 409 green peas and 159 yellow peas.a. Construct a 90% confidence interval to estimate of the percentage of yellow peas.b. It was expected that? 25% of the offspring peas would be yellow. Given that the percentage of offspring yellow peas is not? 25%, do the results contradict? expectations?

One way to discover promoters is through an experiment called RNA polymerase protection assay, in which RNA polymerase binds to a gene, is cross-linked to the DNA, and then the DNA is subjected to fragmentation, which breaks apart any DNA that is not protected by cross-linked protein. Explain why this would help to identify promoters in genes.

The authors state that M. cardinalis evolved “from an insect-pollinated ancestor likely to have resembled the extant M. lewisii.” Given this statement, briefly describe what this experiment tells us about the impacts of this allele on prezygotic reproductive isolation between these two species of wildflower. (Just a few sentences, nothing fancy!)

The electrophoretic mobility shift assay (EMSA) experiment demonstrated the very powerful technique for determining protein-DNA interactions. For this purpose the EMSA can be used qualitatively to

a. identify unknown DNA molecules.

b. detect DNA - RNA interactions.

c. identify specific transcriptional or co-transcriptional factors.

d. identify isoenzymes.

78. Different states and counties are in the process of relaxing non-pharmaceutical interventions (i.e. social distancing) for the COVID-19 response. Please explain how you would setup a natural experiment to measure the effectiveness of different non-pharmaceutical interventions. Please write a hypothesis and how you would test the hypothesis. explain briefly

2. Propose a simple laboratory study to investigate the ability of coral populations to ‘respond to environmental change’ items 4 & 5 (phenotypic plasticity & adaptive evolution).

As a follow up to your experiment, imagine that you are collaborating with a marine invertebrate geneticist. What would you ask them to investigate with respect to coral genomes?

4. The experiment is to draw a card from a standard deck of cards. Consider the following events: Q = drawing a Queen R = drawing a red card

a. Are Q and R mutually exclusive? Clearly explain.

b. Find P(Q) and P(Q|R).

c. Are the events Q and R independent? Clearly explain.

In the experiment, you are striving to determine the answer both accurately and precisely. Which of the following types of glassware can record the volume to two decimal places ( that is, are precise to 0.01 mL)

a. beaker

b. erlenmeyer flask

c. buret

d. mohr pipet

e. dropper

f. volumeric pipet

g. volumeric flask