In the figure, CD = EF and AB = CE. Complete the statements to prove that AB = DF.

CD + DE = EF + DE by the (addition, subtraction, substitution, transitive) Property of Equality.

CE = CD + DE and DF = EF + DE by (addition, subtraction, segment addition, transitive).

CE = DF by the (Addition, subtraction, substitution, transitive)Property of Equality.

Given, AB = CE and CE = DF implies AB = DF by the (addition, subtraction, substitution, transitive)Property of Equality.

In the figure CD EF and AB CE Complete the statements to prove that AB DF CD DE EF DE by the addition subtraction substitution transitive Property of Equality C class=

Respuesta :

Answer:

1. Addition Property of Equality

2. Segment addition

3. Substitution Property of Equality.

4. Transitive Property of Equality.

Step-by-step explanation:

Here, given : CD = EF and AB = CE

To Show:  AB = DF

Now, as given in the steps:

1. CD + DE = EF + DE by the (addition) Property of Equality.

As we have added the EQUAL QUANTITY on both sides of the equality.

2.CE = CD + DE and DF = EF + DE by (segment addition).

As here CE and DF are line segments. And the length of  a

Line Segment = Sum of all its parts in which it is divided.

3.CE = DF by the (Addition, subtraction, substitution, transitive)Property of Equality.

Here, as  we know CE  = CD  + DE

but CD  = EF , so SUBSTITUTE EF in place of CD

CE = EF + ED  = FD (by substitution) Property of Equality.

4.Given, AB = CE and CE = DF implies AB = DF by the (transitive)Property of Equality.

As, x = y , y = z ⇒ x = z is the TRANSITIVE PROPERTY

Answer:

answers is c

Step-by-step explanation:

CD=EF                  -----> given

CD+ DE= EF+ DE     -----> add DE to both side

CE = CD+DE      

DF= EF+ DE     

CE=DF     -----> transitive property of equality, since CD+DE = EF+ DE 

Since CE=DF and AB=CE (given), then AB=DF