The two triangle-shaped gardens are congruent. Find the missing side lengths and angle measures.Type your answers as a decimal rounded to thenearest hundredth when appropriate (2 decimal places)2.a __________________3.b __________________4.c __________________5.d __________________6.e __________________7.f __________________

To find the missing side lengths and angle measures, we need more information or a diagram of the triangle-shaped gardens. Without any given information or a visual representation, it is not possible to provide the specific decimal values requested for the unknown side lengths (a, b, c, d, e, and f) and angle measures.

However, I can provide a general explanation on how to solve for missing side lengths or angle measures in congruent triangles.

When two triangles are congruent, it means that all their corresponding sides and angles are equal. To find unknown side lengths or angle measures, you can follow these steps:

1. Identify corresponding sides and angles: Label all corresponding sides and angles in the two congruent triangles. For example, if the two triangles have sides AB and PQ, then they are corresponding sides and should be labeled as such.

2. Use known information: If any side lengths or angle measures are given for one triangle, you can use them to find the corresponding unknowns in the other triangle. For example, if you know the length of side AB in one triangle, you can find the length of PQ by setting up a proportion.

3. Apply congruence: If you know that two sides or angles are congruent, you can use that information to find other unknowns. For example, if you know that angle A is congruent to angle P, you can conclude that angle B is congruent to angle Q.

4. Use triangle properties: Depending on the information given, you can apply properties of triangles such as the Pythagorean theorem (in right triangles) or the triangle angle sum theorem.

By following these steps and applying the appropriate rules and theorems, you can find the missing side lengths and angle measures in congruent triangles.