Answer:
53
Step-by-step explanation:
If cba is 37 degrees then dbe has to be 53 degrees. The bottom and top angle are obtuse so they are out of the question
El mayor tamaño de los contenedores será de 160 litros.
Dado que una empresa elabora aceites de tres calidades distintas, y del primer aceite se elaboran 640 L, del segundo 800 L, y del tercero 480 L, si se quiere envasar el aceite en contenedores del mismo tamaño, sin mezclar los de distinto tipo, para determinar cuál será el mayor tamaño que puede tener el contenedor se debe realizar el siguiente cálculo, obteniendo el divisor mayor común de estos números:
- Así, en tanto 480, 640 y 800 son divisibles por 80, resta determinar si también lo son por 160.
- Entonces, dado que 480/160 es igual a 3, 640/160 es igual a 4 y 800/160 es igual a 5, el divisor mayor común de estos números es 160.
- Por ende, el mayor tamaño de los contenedores será de 160 litros.
Aprende más en brainly.com/question/24803913
Answer:A
Step-by-step explanation:A
Answer:
The situation you are describing can be written as y=2x, or in this case t=2f, for every fragrance purchased there are 2 ounces of lotion that are given. Since the ounces of fragrance are not shown in this question, we can only make the graph on the ounces of lotion for every fragarance purchased. The points of the graph represent that for every fragrance bought, there is twice the amount of that in ounces of lotion. In summary, the rule is t=2f where t would equal purchases of fragrance and f would equal the ounces of lotion.
(If there is any more you would like to add to the question I can answer that.)
Answer: y = 4km + 2km*x
Step-by-step explanation:
We know that Madelyn already cycled 4km this year, so we start at that point.
Now, each time that she goes to work, she cycles 2 km in total.
Now, if she does x trips to work, then she cycles 2km x times, this means that in total she would cycle 2km*x
if we also count the 4km she already has, we have the linear equation:
y = 4km + 2km*x
This is the equation we wanted to get.
