Answer:
<h2>

</h2>
Step-by-step explanation:
according to the question










Answer:
0.65A = X
Step-by-step explanation:
Given that an item that regularly sells for A dollars is on sale for 35% off its regular price, to write an expression that shows the price in dollars after the discount the following equation must be proposed:
100 - 35 = 65
0.65A = Discount price
Therefore, if the regular price were $ 50, this equation would work as follows:
0.65 x 50 = X
32.5 = X
Lewis Latimer was a trully brillaint man, a<span>lthough he did not have an easy life in his early years, he always thought of innovation, helping others and surpassing himself.
</span>
There are so many adjectives we can use to describe this man, some of them are:
1. Self-taught (Although he had to interrupted his studies and attended only elementary school, he had a great interest in learning and this motivated him to study for himself. Mechanical drawing was one of the things he learned for himself, which led to him to be recognized by his co-workers and his superiors in the patent law office of Crosby and Gould).
2. Inventor (He designed many things, one of them was an electric lamp with a carbon filament).
3. Pioneer (He was part of the group of Thomas Edison, called: "Pioneer of Edison". Latimer also helped with the patent of the telephone and the light bulb).
4. Philanthropist (He always though on helping people around him).
Answer:
The answer is 541.8 cm³
Step-by-step explanation:
you just have to multiply the measures of each side:
(8.8)(4.7)(13.1) = 541.8