Mathematics, 17.07.2019 07:20, emilystartk
R1 = {(a, b.∈ r2 | a > b}, the "greater than" relation, r2 = {(a, b.∈ r2 | a ≥ b}, the "greater than or equal to" relation, r3 = {(a, b.∈ r2 | a < b}, the "less than" relation, r4 = {(a, b.∈ r2 | a ≤ b}, the "less than or equal to" relation, r5 = {(a, b.∈ r2 | a = b}, the "equal to" relation, r6 = {(a, b.∈ r2 | a ≠ b}, the "unequal to" relation. find a. r2 ◦ r1. b. r2 ◦ r2. c. r3 ◦ r5. d. r4 ◦ r1. e. r5 ◦ r3. f ) r3 ◦ r6. g) r4 ◦ r6. h) r6 ◦ r6.
Answers: 1
Mathematics, 21.06.2019 14:30, Thejollyhellhound20
30 points and i will give brainliest the club will base its decision about whether to increase the budget for the indoor rock climbing facility on the analysis of its usage. the decision to increase the budget will depend on whether members are using the indoor facility at least two times a week. use the best measure of center for both data sets to determine whether the club should increase the budget. assume there are four weeks in a month. if you think the data is inconclusive, explain why.
Answers: 3
Mathematics, 22.06.2019 02:00, bayleeharris8p78txa
Were only 64 seats. the remaining 6 students had to travel in a separate van. the equation 2b + 6 = 70 represents the given scenario. what does b represent? the number of buses the number of vans the number of students who rode on each bus the total number of students going to the football game
Answers: 1
R1 = {(a, b.∈ r2 | a > b}, the "greater than" relation, r2 = {(a, b.∈ r2 | a ≥ b}, the "greater...
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