The table below shows the longitude location of one sunspot on the surface of the Sun over a period of 10 days.   In this exercise we will utilize the number of degrees moved by the Sun from day to day and use the results to calculate the synodic and sidereal periods of the Sun as it rotates on its axis.  The Synodic Period S = 360ω The sidereal period P = 365.25*S365.25 + S Day Sunspot A Longitude (degrees)  Number of degrees Sunspot A moved from previous day (degrees) 1 – 69o ///////////////////////////////////////////////////////////////////////////////////// 2 -55o   14o 3  -39o   4  -24o   5 -11o    6 1o    7  13o   8 26o   9 40o 10 55o Answer the following questions. You can also complete and paste a filled table with the answer to the questions 1 a. 1 a. How many degrees does Sunspot A move from Day to Day? (There should be 9 responses answers on the same line listed as Day 1 to 2 = ?, Day 2 to 3 = ?, etc.) b. What is the angular speed ω of the rotating Sun in degrees/day? Show your calculation method with numbers c. What is the calculated synodic period of the Sun? Show your calculation method with numbers d. What is the calculated sidereal period of the Sun? Show your calculation method with numbers

Like dogs and many other animals, whales can detect sounds that are inaudible to humans. According to one source, some whales can hear sounds down to a lower limit of 16 vibrations per second and others can hear sounds up to 200,000 vibrations per second, while the typical range for human hearing is approximately 50 vibrations per second – 16,000 vibrations per second. If there are 93.1 m between the crests of the sound waves at the lower limit of the whale’s hearing, a. What is the frequency of these waves? b. How long does it take for each wave to go through one complete oscillation? c. What is the speed of these waves?

How much mercury will overflow if a 3.75 L glass bottle is filled to the brim at -38.9ºC (-38.2°F) and the temperature reaches 357ºC (674.6°F)? Ignore all effects of temperature changes on the glass bottle. Express your answer in L.

(b) the heat transfer rate from the refrigerant to water (in KJ/s). (Heat transfer, work, KE, and PE) of entire system can be neglected)

Steam enters a nozzle at 400°C and 800 kPa with a velocity of 12 m/s, and leaves at 300°C and 200 kPa while losing heat at a rate of 25 kW. For an inlet area of 800 cm2, determine the velocity of the steam at the nozzle exit.

How can paralegals advance their knowledge without earning a new degree?

Paralegals working in corporate law might assist with:

A litigation paralegal primarily works on:

What skill is especially important for managing multiple legal cases?

A paralegal cannot: