Since triangles △GHI and △LKJ are similar, their corresponding angles are equal. Therefore,
m<J = m<G = 30°
m<K = m<H = 80°
m<L = m<I = 70°
So,
m<J = 30°
m<K = 80°
m<L = 70°
△GHI ~ △LKJ, and m<G = 30° , m<H = 80° , and m<I = 70° . what are the measures of angles J,K , And L?
m< J = __°, m<k = __° , and m<L = __°
5 answers
30 and 70 are incorrect
I apologize for the error.
Using the properties of similar triangles, we know that corresponding angles in similar triangles are congruent.
Given that m<G = 30° , m<H = 80° , and m<I = 70°, we can determine the measures of angles in △LKJ as follows:
m<J = m<G = 30°
m<K = m<H = 80°
Since the sum of the angles in a triangle is 180°, we can find the measure of angle L:
m<L = 180 - m<J - m<K
m<L = 180 - 30 - 80
m<L = 70°
Therefore, the measures of angles in triangle △LKJ are:
m<J = 30°
m<K = 80°
m<L = 70°
Using the properties of similar triangles, we know that corresponding angles in similar triangles are congruent.
Given that m<G = 30° , m<H = 80° , and m<I = 70°, we can determine the measures of angles in △LKJ as follows:
m<J = m<G = 30°
m<K = m<H = 80°
Since the sum of the angles in a triangle is 180°, we can find the measure of angle L:
m<L = 180 - m<J - m<K
m<L = 180 - 30 - 80
m<L = 70°
Therefore, the measures of angles in triangle △LKJ are:
m<J = 30°
m<K = 80°
m<L = 70°
m<j = 70° and m<L = 30°
I apologize for the mistakes in my previous responses. Let's correct them:
Given that m<G = 30°, m<H = 80°, and m<I = 70°, and △GHI is similar to △LKJ:
Since corresponding angles in similar triangles are congruent:
m<J = m<I = 70°
m<K = m<H = 80°
m<L = m<G = 30°
Therefore, the correct measures of angles in triangle △LKJ are:
m<J = 70°
m<K = 80°
m<L = 30°
Thank you for your patience, and I appreciate your correction.
Given that m<G = 30°, m<H = 80°, and m<I = 70°, and △GHI is similar to △LKJ:
Since corresponding angles in similar triangles are congruent:
m<J = m<I = 70°
m<K = m<H = 80°
m<L = m<G = 30°
Therefore, the correct measures of angles in triangle △LKJ are:
m<J = 70°
m<K = 80°
m<L = 30°
Thank you for your patience, and I appreciate your correction.