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Fill in the blank. If any fractions, enter as a slant fraction, for example, 6/7. To receive credit, you must show all of your work and submit in Exam 2 Part B. You randomly select one card from a 52-card deck. What is the probability of selecting a face card or a 3?

Fill in the blank. To receive credit, you must show all of your work and submit in Exam 2 Part B. The table shows the distribution, by age, of a random sample of 4000 moviegoers in a certain country aged 12 through 74. Use this distribution to solve the problem. Age Distribution of Moviegoers Ages Number 12 – 24 1050 25-44 1540 45-64 760 65-74 650 If one moviegoer is randomly selected from this population, find the probability, expressed as a decimal rounded to the nearest hundredth (2 decimal places), of the given situation. What is the probability the moviegoer’s age is less than 65?

Fill in the blank. If any fractions, enter as a slant fraction, for example, 6/7. To receive credit, you must show all of your work and submit in Exam 2 Part B. Solve the problem.Numbered disks are placed in a box and one disk is selected at random. There are 6 red disks numbered 1 through 6, and 4 yellow disks numbered 7 through 10. What is the probability of selecting a red disk, given that an odd-numbered disk is selected?

What muscles are involved in a pull-up motion? Also describe the motions performed (flexion, extension, etc.)

What would be the output of the following code? If there is an error, write “ERROR” numbers = [8, 15, 22, 9, 31]total = 0for n in numbers: if n > 10: if n % 2 == 1: total += 5 else: total -= 2 else: if n >= 8: total += n else: total -= 4print(total) 

OnlineGDB: LINK Online Python: LINKWrite a function called department_budget that takes a nested dictionary representing company departments and their employees with salaries, and returns a dictionary showing the total budget (sum of all salaries) for each department. Inputs: company: a dictionary where: Keys are department names (strings) Values are lists of dictionaries, where each dictionary represents one employee with keys “name” (employee name) and “salary” (integer) Output: A dictionary where: Keys are department names (strings) Values are the total salary budget for that department (integer) Departments with no employees should have a budget of 0 Example 1: company = {    “Engineering”: [        {“name”: “Alice”, “salary”: 90000},        {“name”: “Bob”, “salary”: 85000},        {“name”: “Charlie”, “salary”: 95000}    ],    “Sales”: [        {“name”: “Diana”, “salary”: 70000},        {“name”: “Eve”, “salary”: 75000}    ],    “HR”: [        {“name”: “Frank”, “salary”: 60000}    ],    “Marketing”: []}print(department_budget(company))# Expected output: {‘Engineering’: 270000, ‘Sales’: 145000, ‘HR’: 60000, ‘Marketing’: 0} Example 2: company2 = {    “IT”: [        {“name”: “John”, “salary”: 80000},        {“name”: “Jane”, “salary”: 82000}    ],    “Finance”: [        {“name”: “Mike”, “salary”: 95000}    ]}print(department_budget(company2)) # Expected output: {‘IT’: 162000, ‘Finance’: 95000}print(department_budget({})) # Expected output: {}  

What would be the output of the following code? cities = { “Tokyo”: 37, “Delhi”: 31, “Shanghai”: 28}cities[“Mumbai”] = 21del cities[“Shanghai”]print(len(cities), “Tokio” in cities, cities.get(“Shanghai”, 0))

What would be the output of the following code? If there is an error, write “ERROR” def transform_list(nums, depth): if depth == 0: return nums else: new_nums = [nums[i] * (i + 1) for i in range(len(nums))] return transform_list(new_nums, depth – 1)result = transform_list([2, 3, 1], 3)print(sum(result))

What would be the output of the following code?  def modify_data(data):    value = data.get(‘x’, 0) + data.get(‘y’, 0)    data.clear()    data[‘result’] = value    return data.get(‘z’, ‘Not found’)numbers = {‘x’: 3, ‘y’: 7, ‘z’: 5}print(modify_data(numbers))

Sometimes our emotional responses such as simple likes or dislikes occur quickly. These emotional reactions follow a neural pathway from the _____ to the ______.