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Assume that the data has a normal distribution and the number of observations is greater than fifty. Find the critical z value used to test a null hypothesis.α = 0.09 for a right-tailed test.

Write the output produced by the following function when passed each of the following stacks: Assume that a stack prints in {bottom, …, top} order, and a queue displays in {front, …, back} order. void collectionMystery3(stack& stack) { queue queue; set set; while (!stack.empty()) { if (stack.top() % 2 == 0) { queue.push(stack.top()); stack.pop(); } else { set.insert(stack.top()); stack.pop(); } } for (int n : set) { stack.push(n); } while (!queue.empty()) { stack.push(queue.front()); queue.pop(); } cout

Formulate the indicated conclusion in nontechnical terms. Be sure to address the original claim.A skeptical paranormal researcher claims that the proportion of Americans that have seen a UFO, p, is less than 2 in every ten thousand. Assuming that a hypothesis test to support this claim has been conducted and that the conclusion is failure to reject the null hypothesis, state the conclusion in nontechnical terms.

Determine whether the given conditions justify testing a claim about a population mean μ.The sample size is n = 7, σ is not known, and the original population is normally distributed.

Write the map returned by the function below if the given maps are passed as parameters. Map elements should be listed with “key=value” elements, as in {3=8, 7=9} or {foo=bar, dog=toto}. Do not include quotes on strings or spaces before or after the equals signs. Make sure you list the map entries in their proper order. map collectionsMystery7(vector list1, vector list2) { map result; for (int i = 0; i < list1.size(); i++) { result[ list1[ i ] ] = list2[ i ]; result[ list2[ i ] ] = list1[ i ]; } return result; } list1 parameter: {b, l, u, e}list2 parameter: {s, p, o, t} output: [o1] list1 parameter: {k, e, e, p}list2 parameter: {s, a, f, e} output: [o2] list1 parameter: {s, o, b, e, r}list2 parameter: {b, o, o, k, s} output: [o3]

Write the output produced by the following function when passed each of the following queues. Assume that a stack prints in {bottom, …, top} order, and a queue displays in {front, …, back} order. void collectionMystery2(queue& queue) { stack stack; int qsize = queue.size(); for (int i = 0; i < qsize; i++) { if (queue.front() % 2 == 0) { queue.push(queue.front()); queue.pop(); } else { stack.push(queue.front()); queue.pop(); stack.push(queue.front()); queue.pop(); } } while (!queue.empty()) { stack.push(queue.front()); queue.pop(); } while (!stack.empty()) { cout

Which of the following arthropod gas exchange strategies involves gas exchange between surrounding water and blood?

In the space below, answer each of the following about a Mussel. a) To what class does a Mussel belong: Bivalvia, Cephalopoda, Gastropoda, Polyplacophora b) Structurally, how is the shell of a Mussel modified compared to the shell of the Generalized Mollusc? c) What specialized function does the modified shell of the Mussel perform?

In the space below, answer the following questions concerning a squid. a) As a predator, the squid is very active and requires an adaptation for providing adequate blood flow at high pressure to deliver oxygenated blood efficiently.  What adaptation does the squid have for doing this?  b)  How is foot adapted for predation? 

Pedicellaria are found in: [1]   What is the function of pedicellaria? [2]