Final answer:
In geometry, similarity statements require congruent angles and proportional sides. Statement a. is true, whereas statement b. is given as false without a correct statement provided. Statements c. and d. must be evaluated based on the specific properties of the triangles involved.
Step-by-step explanation:
In mathematics, similarity statements pertain to geometric figures that have the same shape, but not necessarily the same size. To determine if the statements are true, one must assess whether the corresponding angles are equal and the sides are proportionate. Looking at each statement:
- a. AJKL ∼ AKML: True. This statement asserts that triangle AJKL is similar to triangle AKML. If the angles at vertices A, J, and L are respectively equal to the angles at vertices A, K, and M, and the sides are proportional, then this similarity statement would be true.
- b. MAJKM ∼ AJKL: False. Correct statement: NA.
- c. ΔJMK ∼ ΔJKL: This statement is also potentially true if the same conditions for similarity apply (equal angles and proportional sides).
- d. ΔJMK ∼ ΔKML: This statement should also be evaluated for similarity based on congruent angles and proportionate sides.
Without specific information about the angles and side lengths, we cannot definitively state whether b, c, and d are true. However, based on the standard practice in geometry, these statements can be verified as true by assessing angle congruency and side proportionality.