SOLUTION: Use a quantifier to make the following true or false, as indicated, where x is a natural number. x - 10 = 10 - x (make false)
A) For x = 10, x - 10 = 10 - x.
B) At least one na
Algebra.Com
Question 675223: Use a quantifier to make the following true or false, as indicated, where x is a natural number. x - 10 = 10 - x (make false)
A) For x = 10, x - 10 = 10 - x.
B) At least one natural number x exists such that x - 10 = 10 - x.
C) There exists a natural number x such that x - 10 = 10 - x.
D) There is no natural number x such that x - 10 = 10 - x.
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website!
Use a quantifier to make the following true or false, as indicated, where x is a natural number. x - 10 = 10 - x (make false)
A) For x = 10, x - 10 = 10 - x.
True: 0 = 0
-------------------------
B) At least one natural number x exists such that x - 10 = 10 - x.
2x = 20
x = 10
Ans: True
-------------------------
C) There exists a natural number x such that x - 10 = 10 - x.
Ans: True, x = 10
-------------------------
D) There is no natural number x such that x - 10 = 10 - x.
Ans: False
===============================
Cheers,
Stan H.
RELATED QUESTIONS
True or false: every whole number greater than 10 is the sum of two or three consecutive... (answered by josgarithmetic)
Determine if the statement is true or false. If statement is false, make the necessary... (answered by Alan3354,ikleyn)
is the following conditional statement true or false? If false provide a counterexample.
(answered by xinxin)
Directions:
Use quantifiers to make each of the following true, where x is a natural... (answered by stanbon,tutorcecilia)
The solution of the equation log(log x)=1 is x=10^10. Is this one true or false. I... (answered by venugopalramana)
Determine whether the statement is true or false. If the statement is false, give a... (answered by solver91311)
The relation yequals=plus or minusąStartRoot x squared plus 10 EndRootx2+10 defines y as... (answered by Alan3354)
true or false: the ordered pair (-1, -10) is a solution to the linear inequality: x - y... (answered by richwmiller)
true or false if false make a counter-example
if the opposite of a number is... (answered by richard1234)