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Which of the following are true about abstract classes? (select all that apply)

Doctor orders Amantadine HCl 35 mg p.o. t.i.d. The child weighs 35 lbs. The recommended pediatric dosage of amantadine is 4 to 8 mg/kg/doses. What is the safe dosage range for this child?Round to the tenths and label answer

The nurse documents the vital signs of a client diagnosed with acute pancreatitis:Apical pulse = 126 beats/minRespirations = 28 breaths/minBlood pressure = 92/50What complication of acute pancreatitis would the nurse suspect that the client might have?

Watch the video to answer the questions below: https://www.youtube.com/watch?v=v7_-AwEKQt8   The poll discussed here showed a strong conservative movement on social issues. The video suggests the most important reason for this shift was  

You reviewed your peer class presentation on health issues with geriatric patients. Match the statements to the current health problem.

class X:    def method(self):        print(“X”)class Y(X):    def method(self):        print(“Y”)class Z(X):    def method(self):        print(“Z”)class A(Y, Z):    def method(self):        print(“A”)class B(A, Y):    def method(self):        print(“B”)class C(B):    passprint(C.__mro__)

import heapqheap = [23, 49, 35, 42, 21, 46]heapq.heapify(heap)nums = set()while len(heap) > 0:    element = heapq.heappop(heap)    if element%2 == 0:        nums.add(element//2)    else:        nums.add(element)nums

Given below is a recursive function -def count_ways(n):   if n == 0:       return 1   elif n < 0:       return 0   else:       return count_ways(n - 1) + count_ways(n - 2) + count_ways(n - 3) count_ways(7)Which of the following values will be returned?

Which of the following best describes the FINAL STATE after executing the git commands, given the image below represents the INITIAL STATE?  

In the text box below, duplicate the given class and main() method headers, then replace [Statement1], [Statement2], [Statement3] and [Statement4]  in the MilesToKilometers class with four Java program statements that implement this algorithm: Step 1:  Declare a double variable named miles with an initial value of 1250. Step 2: Declare a double constant named KILOMETERS_PER_MILE with initial value 1.609. Step 3: Declare a double variable named kilometers, multiply miles and KILOMETERS_PER_MILE, and assign the result to kilometers. Step 4: Display the value of kilometers to the console.   public class MilesToKilometers {     public static void main(String[] args) {          [Statement1]          [Statement2]          [Statement3]          [Statement4]     }} Note: To receive full points on this exercise, I must be able to copy your Java statements from the text box, paste them into a NetBeans Java source code file with the file name MilesToKilometers.java, then compile and run your source code with no errors.