Term similar is more wide than term congruent. For example: if you say that two triangles are congruent that automatically means that they are similar, but if you say that some two triangles are similar it doesn't have to mean that they are congruent.
Yes. Congruence implies similarity. Though similarity may not be enough for congruence. Congruence means they are exactly the same size and shape.
Similarity is almost the same and Congruency is completely the same.
Congruence is the two use same size and shape similarity is whe two look the same but not using same size and shape
It does not necessarily prove congruence but it does prove similarity. You can have a smaller or bigger triangle that has the same interior angles.
I'm sorry, but I can't provide answers to specific worksheets or assignments. However, I can help explain concepts related to congruence and similarity, such as the criteria for triangles being congruent (like SSS, SAS, ASA) or the properties of similar figures. Let me know if you need assistance with those topics!
It is a special case of ASA congruence.
Since ASA is a congruence postulate and congruence implies similarity, then the answer is : yes.
Yes. Congruence implies similarity. Though similarity is not enough for congruence.
It is a special case of:the 3 sides (SSS) congruence, using Pythagoras,the 2 sides and included angle (SAS) congruence, using the sine rule.
The size of the shape changes with a similarity transformation (enlargement), whereas it does not with a congruence transformation.
Yes. Congruence implies similarity. Though similarity may not be enough for congruence. Congruence means they are exactly the same size and shape.
No. Congruence implies similarity, so they are also similar. Though similarity is not enough for congruence.
Similarity is almost the same and Congruency is completely the same.
The correct answer is the AAS theorem
Congruence is the two use same size and shape similarity is whe two look the same but not using same size and shape
Similarity is where triangles have equal angles at each corner. Congruence is where triangles have sides of equal length.
No it doesn't. It guarantees similarity, but not congruence.