Define three variables: nickname, height (in inches), and weight (in kg) and initialize them to your nickname, height, and weight, respectively. Using the alert() function, display the information as follows: Sample variable values: Maria (nickname), 162 (height), 50 (weight) Expected output (one detail per line): Name: Maria Height: 5’2” Weight: 110.231 lbs Please take note of the required conversion on the input height and weight. Hint: You can use the escape character (\) to successfully print single/double quotes.

Write a function named max_year that, given one parameter of origin ( value in OdName), returns the year with the maximum immigrants.

Write a set of functions that calculate the cost of movie tickets for a family. These functions should use a pass-by-reference variable that accesses the double running_total variable in main().  Using a loop, keep displaying  the ticket prices for each age group: Something like: Model Hall Movie Ticket Box Office Under Age 3 (free) Ages 3-11 ($10.25) Ages 12-54 ($15.50) Age 55 or older ($12) If 4 tickets are purchased (not counting under age 3) then 20% discount Within the loop: Keep asking the user to input the moviegoer age and to enter a zero for the age when they are finished inputting all the family members. Also, within the loop: Keep a running_total that is output to the screenafter each age has been entered. This running_total should be accessed through the functions using apass-by-reference variable. Finally, after the looping is done:  Calculate the total cost, including a 7.5% sales tax, and output it to the screen.

Write the function truck_adjustment_factor(truck_proportion, terrain_type) that takes the proportion of trucks using the motorway and the terrain type as inputs and returns the adjustment factor that is used for calculating the highway capacity. The adjustment factor is calculated according to the following formula: adju stment factor = tprupurtime x(furtor-1) Where proportion is the proportion of trucks and the factor is the car equivalent factor for the given terrain. You should be calling your car_equivalent_factor function to get the factor - don't reinvent the wheel! For example, for rolling terrain and a truck proportion equal to 0.12: adjustment factor = 1/(1 + 0.12 x (4.0 - 1)) = 0.735 Notes: You should include (and call/use) your car_equivalent_factor function in your answer o In general, you should paste in your whole module so far in each question as later functions will call earlier functions. • You can assume the function will always be called with one of the three valid…