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.
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Answer:
There were 28 different choices for the six locations to apply the new ointment
Step-by-step explanation:
The order in which the location are chosen is not important, which means that we use the combinations formula to solve this question.
Combinations formula:
is the number of different combinations of x objects from a set of n elements, given by the following formula.
Two events, A and B are independent, if:
How many different choices were there for the six locations to apply the new ointment?
Six locations from a set of 8. So
There were 28 different choices for the six locations to apply the new ointment
Answer:
First row, first column table
Step-by-step explanation:
Acceleration = (v1-v0)/t = (30-50)/5=-20 mph/s
Additional time it takes to stop
=(0-30)/-20
=1.5 seconds
Total time = 5+1.5 =6.5 seconds.
Step-by-step explanation:
Total 135 adults
85 are employed full time
(135- 85) = 50 are employed part time
Employed full time = 85 adults
Employed part time = 50 adults
Of those 85 employed full time, 70 had been to a doctor in the last year
85 - 70 = 15
Employed full time
yes no
70 15
Of those 50 employed part time, 25 had been to a doctor in the last year.
50 - 25= 25
Employed part time
yes no
25 25