Question

What is the converse of the following conditional?
If a point is in the first quadrant, then its coordinates are positive.
Select one:
a. If a point is in the first quadrant, then its coordinates are positive.
b. If a point is not in the first quadrant, then the coordinates of the point are not positive.
c. If the coordinates of a point are positive, then the point is in the first quadrant.
d. If the coordinates of a point are not positive, then the point is not in the first quadrant.

Answer 1

B is false because it could be in the second quadrant and be positive

Answer 2

i think its c ... im not sure though ?...

Answer 3

I don't like this question all are false it doesn't have to only be in the first quadrant to be positive only quadrant that doesnt have positive numbers is quadrant 3 but i think it's A or C

Answer 4

nevermind i understand it now you have to flip the hypothesis C is right

Answer 5

If it is raining the the grass is wet the converse to that would be If the grass is wet then it is raining

Answer 6

yeah . i understand . thanks (:

Re-write the following condition statement in If-Then form: Juan and Amanda are getting married next year, so I must save up money to attend the ceremony.
Select one:
a. If Juan and Amanda are getting married next year, then I must save up money to attend the ceremony.
b. If Juan and Amanda are not getting married next year, then I do not need to save up money to attend the ceremony.
c. If I do not save up money to attend the ceremony, then Juan and Amanda will not be getting married next year.
d. If I do save up money to attend the ceremony, then Juan and Amanda will be getting married next year.

Answer 7

i think its a ...

Answer 8

Yes it's A. C and D wouldn't be it because Juan and Amanda getting married has nothing to do with them saving up money

Answer 9

And you need to base it on if they do get married not if they don't like in B

Answer 10

thanks (:

Given the conditional statement: If today is August 3rd, then it is Christopher’s birthday.
The converse of the given statement is: If today is Christopher’s birthday, then it is August 3rd.
Select one:
True
False

Answer 11

im guessing its true .

Answer 12

yes

Answer 13

thanks (:

Given the conditional statement: If p, then q.
The converse of the given statement is: If not q, then not p.
Select one:
True
False

Answer 14

i dont understand this ...

Answer 15

This question is weird but i would say true because it's in the if,then format and says the same thing

Answer 16

the first sentence says if it's p then it's also q second sentence is saying if it's not q then it can't be p

Answer 17

thanks (:

A conditional can have a ____________ of true or false.
Select one:
a. hypothesis
b. truth value
c. counterexample
d. conclusion

Answer 18

I would say A because the hypothesis we were observing were true/false

Answer 19

thanks (:

If today is Friday, then tomorrow is the start of baseball season.
In the above conditional statement, the conclusion is identified by the part beginning with the word then.
Select one:
True
False

Answer 20

True. If starts the hypothesis. Then starts the conclusion.

Answer 21

thanks (:

For the following true conditional statement, write the converse. If the converse is also true, combine the statements as a biconditional.
If x = 3, then x2 = 9.
Select one:
a. If x2 = 9, then x = 3. True; x2 = 9 if and only if x = 3.
b. If x2 = 3, then x = 9. False
c. If x2 = 9, then x = 3. True; x = 3 if and only if x2 = 9.
d. If x2 = 9, then x = 3. False

Answer 22

Im going to say A it's the converse and the statement is combined conversed

Answer 23

thanks (:

What is the conclusion of the following conditional?
A number is divisible by 3 if the sum of the digits of the number is divisible by 3.
Select one:
a. The number is odd.
b. The sum of the digits of the number is divisible by 3.
c. If the sum of the digits of a number is divisible by 3, then the number is divisible by 3.
d. The number is divisible by 3.

Answer 24

i think its c ?

Answer 25

I would say D. C is the hypothesis and conclusion D gives the conclusion