Wiki User
∙ 15y agoEstablishing equivalence depends on the definition of parallel lines. If they are defined as lines which cannot ever meet (have no point in common), then the relation is not reflexive and so cannot be an equivalence relation.
However, if the lines are in a coordinate plane and parallel lines are defined as those which have the same gradient then:
The relation is reflexive, symmetric and transitive and therefore it is an equivalence relationship.
Wiki User
∙ 7y agoInput straight line joining mid -point of any two sides of triangle is parallel to the 3rd side and equal to half of it.
The noun forms of the verb to verify are verifier, verification, and the gerund, verifying.
Verify- airport officials need to verify passports to see if it's them or not.
verifiable
DC
Input straight line joining mid -point of any two sides of triangle is parallel to the 3rd side and equal to half of it.
You cannot 'verify' Ohm's Law with a series or parallel circuit. The only way of verifying Ohm's Law is to plot a graph of current against voltage for variations in voltage. If the resulting graph is a straight line, then you have verified Ohm's Law for the load you have used.
Sample Answer: To verify, a number needs to be substituted for x in both expressions. Use order of operations to simplify and find the value. The value needs to be the same for both expressions to prove equivalence.
Suppose S is a set of all lines.Then for any line s in S, s s (reflexive);For any two lines s and t in S, s t if and only if t s (symmetric);For any three line, s, t and u in S, s t and t u => s u.Each of these statements are easy to prove if you use the slope-intercept or standard form of the lines' equations.
It is entirely possible, but difficult to verify, one way or the other.
You get more power by wiring the speakers in parallel, but you need to verify that the amplifier can handle that configuration or you may blow the amp.
If the parallel resistors are equal, then the total resistance (in this case, with three resistors) will decrease by a factor of 3. I suggest you verify this with the standard formula for parallel resistance: 1/R = 1/R1 + 1/R2 + 1/R3, replacing the value 30 for R1, R2, and R3, and calculating R, the combined resistance.
To verify verticality using a string with a weight, suspend the weight from the string and allow it to settle. The string should hang perfectly vertical when the weight is not moving. This confirms the object's vertical alignment.
Can you verify your identity.
Can you verify your identity.
Yes it is and it is stated within their Terms of Service agreement. You can simply call them or even fax them to have them verify it straight to you if you need added proof.
hell no. If i saw this site as reference in an academic paper i would no be happy it's like using straight wikipedia. you can't even verify who is writing it.