Mayan Calendar Quiz

The Mayan Calendar Quiz focuses upon special math from page 52 in Ages of Adam.

1. Dots or ellipses represent _________ in Mayan Calendar glyph pictures.	a. decades b. weeks c. full moons d. single days
2. The 260-day-Tzolken-sacred-year develops from 20-periods of __________ each.	a. 13-days b. 18-days c. 13-kins d. only a. and c.
3. The 360-day-Tun-civil-year is comprised of 18-Uinals that have ____________ per Uinal.	a. 20-days b. 18-days c. 13-kins d. none of the above
4. The 260-day-Tzolken-sacred-year and 365-day-Haab-solar-year combine in the ___________ Calendar Round.	a. 20-years b. Sun Kingdoms' c. 52-year d. 360-day-Tun-civil-year
5. The special last 5-days of the 365-day-Haab-solar-year are the Nameless Days or ________________.	a. Wayeb. b. Tun. c. Katun. d. Uinal.
6. Katun adds a prefix before Tun, which modifies the meaning to become ___________________.	a. 400-Tun-years. b. 7,200-days. c. 20-Tun-years. d. only b. and c.
7. Baktun adds a prefix before Tun, which modifies the meaning to become ___________________.	a. 400-Tun-years. b. 20-Tun-years. c. 144,000-days. d. only a. and c.
8. Aztec, Incan and Mayan Calendars were sister Mesoamerican calendars that use similar mathematics.	a. True b. False
9. The 5200-year Great Cycle includes 5200-Tun-civil-years and may include provisions for ___________________________________.	a. projecting 26,000 years into the future. b. 5200-Haab-years of 365-days each. c. only a. and b. d. none of the above
10. The 400-year Baktun Cycle segment of the Mayan Calendar repeats 13 times for the ___________________________.	a. 52-year Calendar Round. b. 5200-Tun-year Great Cycle. c. 5200-Tun-year Long Count. d. only b. and c.
11. The final 260-day-Tzolken-sacred-year in the _______________________ multiplies 52-Tun-years x 5-Wayeb-days.	a. 400-year Baktun cycle b. 20-year lunar/solar cycle c. 52-year Calendar Round d. 360-day-Tun-year
12. An 800-year Generation Cycle is equal to _______________.	a. 2 Baktun Cycles. b. 2 x 400-Tun-years of 360-days. c. 800-Tun-years. d. all of the above.
13. Scriptures refer to Sacred Pillars or Standing Stones as common ritualistic objects of ancient _________________.	a. Mesoamerica. b. Mesopotamia. c. England. d. Easter Island.
14. Mesoamerican lunar/solar calendars intercalated 210-days of l/s time split for every 20-year lunar/solar cycle.	a. True b. False
15. Numerical matching enables the last day of a ___________________ to cascade time with X-number of years.	a. 354-day-lunar-year b. 364-day-calendar-year c. 365-day-solar-year d. 20-year-l/s-cycle

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Mayan Calendar Quiz

1. Dots or ellipses represent _________ in Mayan Calendar glyph pictures.

a. decades

b. weeks

c. full moons

d. single days

2. The 260-day-Tzolken-sacred-year develops from 20-periods of _______________ each.

a. 13-days

b. 18-days

c. 13-kins

d. only a. and c.

3. The 360-day-Tun-civil-year is comprised of 18-Uinals that have ________ per Uinal.

a. 20-days

b. 18-days

c. 13-kins

d. none of the above

4. The 260-day-Tzolken-sacred-year and 365-day-Haab-solar-year combine in the ___________ Calendar Round.

a. 20-year

b. Sun Kingdoms’

c. 52-year

d. 360-day-Tun-civil-year

5. The special last 5-days of the 365-day-Haab-solar-year are the Nameless Days or ________________.

a. Wayeb

b. Tun

c. Katun

d. Uinal

6. Katun adds a prefix before Tun, which modifies the meaning to become ______________.

a. 400-Tun-years.

b. 7,200-days.

c. 20-Tun-years.

d. only b. and c.

7. Baktun adds a prefix before Tun, which modifies the meaning to become ______________.

a. 400-Tun-years.

b. 20-Tun-years.

c. 144,000-days.

d. only a. and c.

8. Aztec, Incan and Mayan Calendars were sister Mesoamerican calendars that use similar mathematics.

a. True

b. False

9. The 5200-year Great Cycle includes 5200-Tun-civil-years and may include provisions for ___________________________________.

a. projecting 26,000 years into the future.

b. 5200-Haab-years of 365-days each.

c. only a. and b.

d. none of the above

10. The 400-year Baktun Cycle segment of the Mayan Calendar repeats 13 times for the ___________________________.

a. 5200-day

b. 5200-Tun-year Great Cycle

c. 5200-Tun-year Long Count

d. only b. and c.

11. The final 260-day-Tzolken-sacred-year in the _______________________ multiplies 52-Tun-years x 5-Wayeb-days.

a. 400-year Baktun cycle

b. 20-year lunar/solar cycle

c. 52-year Calendar Round

d. 360-day-Tun-year

12. An 800-year Generation Cycle is equal to _______________.

a. 2 Baktun cycles

b. 2 x 400-Tun-Years of 360-days

c. 800-Tun-Years

d. all of the above

13. Scriptures often refer to Sacred Pillars or Standing Stones as ritualistic objects of ancient _________________.

a. Mesoamerica

b. Mesopotamia

c. England

d. Easter Island

14. Mesoamerican lunar/solar calendars intercalated 210-days of l/s time split for every 20-year lunar/solar cycle.

a. True

b. False

15. Numerical matching enables the last day of a ___________________ to cascade time with X-number of years.

a. 354-day-lunar-year

b. 364-day-calendar-year

c. 365-day-solar-year

d. 20-year-l/s-cycle

Answers

1. d. single days

2. d. only a. and c.

3. a. 20-days

4. c. 52-year

5. a. Wayeb

6. d. only b. and c.

7. d. only a. and c.

8. a. True

9. c. only a. and b.

10. d. only b. and c.

11. c. 52-year Calendar Round

12. d. all of the above

13. b. Mesopotamia

14. a. True

15. c. 365-day-solar-year

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