Questions from Survey of Mathematics

Q: 1 ÷ 2 ( ? (mod 5)

1 ÷ 2 ( ? (mod 5)

Q: Determine the exact time from the first date to the second date

Determine the exact time from the first date to the second date. Use Table 10.1. Assume the year is not a leap year unless otherwise indicated. February 14 to December 25

Q: Solve for x where k is any counting number. 7k

Solve for x where k is any counting number. 7k + 1 ( x (mod 7)

Q: Determine the exact time from the first date to the second date

Determine the exact time from the first date to the second date. Use Table 10.1. Assume the year is not a leap year unless otherwise indicated. June 14 to January 24

Q: Determine the smallest positive number divisible by 5 to which 2 is

Determine the smallest positive number divisible by 5 to which 2 is congruent in modulo 6.

Q: Determine the exact time from the first date to the second date

Determine the exact time from the first date to the second date. Use Table 10.1. Assume the year is not a leap year unless otherwise indicated. December 21 to April 28

Q: More Birthday Questions During a certain leap year, Josephine’s birthday is

More Birthday Questions During a certain leap year, Josephine’s birthday is on Tuesday, May 18. What is the minimum number of years in which Josephine’s birthday will fall on a a) Friday? b) Saturday...

Q: Determine the due date of the loan, using the exact time

Determine the due date of the loan, using the exact time, if the loan is made on the given date for the given number of days. May 11 for 120 days

Q: (a) Use the Pythagorean theorem to determine the length of

(a) Use the Pythagorean theorem to determine the length of the unknown side of the triangle, (b) Determine the perimeter of the triangle, and (c) determine the area of the triangle.

Q: Rolling Wheel The wheel shown is to be rolled. Before the

Rolling Wheel The wheel shown is to be rolled. Before the wheel is rolled, it is resting on number 0. The wheel will be rolled at a uniform rate of one complete roll every 4 minutes. In exactly 1 year...