It is made of concentric lamellae: 

The femur develops by this type of ossification

The clavicle develops by this type of ossification

1. x is the first digit of your UFID.  2. If you think there is a mistake in problem statement, write down your assumption, and solve your problem based on your assumption. 3. Enter your final answer in the box. If you don’t have a final answer or cannot finish solving the problem, put 0 in the box. 4. Show all your work on paper from the first page to the last page using webcam before you exit Honorlock. Once you exit Honorlock, you cannot change anything on your paper.  5. For non-DRC students, please finish this exam within 2 hours and submit it on “Exam 3 submission” before 9:05 pm. For any submission after 9:05, there will be 2 points off for every minute late. For DRC students, please finish this exam within the time you are allowed and and put your extra time allowed in the comment when you submit. 6. This is a close-book, close-note exam. Make sure you don’t have textbook, lecture notes, or homework solutions around you. Formula sheet is provided at the end of this exam. 7. Do not use Chegg or any other similar website. Any violation will be reported to Dean of Students Office directly.

For the cantilever beam and loading shown, calculate the deflection and slope at the free end. Young’s modulus of the beam is 40 ksi.   Please enter the deflection at the free end in the box below.

Describe the steps of endochondral ossification (Tissue of origin, event triggering ossification, cells involved, situation at birth, situation during adolescence, etc.)

A single card is drawn from a standard deck.  Rounding to four decimal places, find the probability of selecting a two or a red card.       [Answer]

Once you submit the exam, you may send PDFs, JPGs, Word documents, and or Excel sheets of your clear and organized work to me through Canvas for possible partial credit. The send time of the message must be within a reasonable amount of time following when you submit the exam. 

Two fair dice are rolled.  Rounding to four decimal places, find the probability of getting a sum of 8 or doubles.     [Answer]

Considering the component in Q16 (MTBF=400 hrs.), the client has also specified that the MTTR (1/Gamma) should not exceed 1 hr. With these requirements in mind, address the following component availability inquiries: What is point availability of system at time t=2? [Answer1] What is mission or interval availability until time T=2? [Answer2] What is steady-state availability? [Answer3]