REVIEW FOR FINAL EXAM MA 139000
37. Which of the following nets:
a) are nets for regular pyramids?
b) are nets for regular polyhedra?
c) are not nets for any polyhedra?
Justify your answers.
Net 1:!
!
!
!
!
!
Net 2:
Net 3:!
!
!
!
!
!
Net 4:
Net 5:!
!
!
!
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overview
Company history, products and
services
Management team
Company strength and competitors
Future opportunities and
challenges
Best Buy Company, Inc
Multinational consumer electronic
corporation
Found in 1
MGMT 30100: Work Preferences in the Workplace
WHEN YOU COMPLETE THIS EXERCISE, PLEASE UPLOAD TO YOUR BLACKBOARD ACCOUNT by
11:59 p.m. before Class 2. Save in Word as LAST NAME_preferences.doc ALSO: bring this to your next class.
YOUR NAME: _Minglu Li_ CLA
MGMT 30100: Personality and the Workplace
WHEN YOU COMPLETE THIS EXERCISE, PLEASE UPLOAD TO YOUR BLACKBOARD ACCOUNT. Save
in Word as LAST NAME_personality.doc ALSO: bring this document to Class 2.
YOUR NAME: _Minglu Li_ CLASS: Th 12:00
GROUP: _12_
The Kei
Assessing Your Targeted Career Fit
Management 30100: Management Career Lectures
Success in obtaining an internship or a job is not just in the interview but beforehanddoing the appropriate research to determine
how well you fit with the position, organiza
Math 13900
Final Exam Information
Fall 2013
The final exam for Math 13900 will take place at 8:00 am on Monday, December 9, 2013 in
PHYS 223.
You will have 2 hours for the exam.
The exam will have 18 questions. Ten multiple-choice questions will be worth
ANSWERS TO PRACTICE FOR FINAL MA13900
1. b) 9
c) 9
d) 16
2. b)12
c) 8
d) 18
3. a) The base of the pyramid is a dodecagon.
b) 24
c) 13
4. a) The base of the prism is a heptagon
b) 14
c) 9
5. Drawing
6. Drawing
7. a) 46 faces
b) No. If that were the case be
REVIEW FOR FINAL EXAM MA13900
1. a) Draw a regular octagonal pyramid.
b) How many vertices does it have?
c) How many faces does it have?
d) How many edges does it have?
2. a) Draw a hexagonal prism.
b) How many vertices does it have?
c) How many faces doe
CS 159 HW #03
5 Points Possible
Due: June 21, 2017 at 11:00pm.
Problem: Given a year and a day number determine how long until the next Tuesday occurs in the specified year. See
problem #60 on page 300 of your C programming text for some useful formulas.