Answer:
-971
Step-by-step explanation:
I plugged the numbers into a arithmetic sequence calculator
the greatest common factor would be 3
The answer definitely 15x + 25y >= 700 for the inequality . So the number of small prints is more than 3 times the large prints . We can also have here the number of small prints : x = 3y . So the equation we have is 15(3y) + 25y >= 700 . We take the least amount to solve :
15(3y) + 25y = 700
=> 45y + 25y = 700
=> 70y = 700
=> y = 10 .
So the amount of large prints is 10
The amount of small prints is 10x3 = 30
So it would be ( 30,10 )
Answer: E) Even with a correlation value of 0.94, it is possible that the relationship could still be better represented by a nonlinear model.
Step-by-step explanation:
The correlation Coefficient of 0.94 obtained is peculiar to the linear model upon which the data was represented. Since the correlation Coefficient usually span between - 1 to + 1, it is very possible that, if the dataset is represented on a different model such as an exponential or quadratic model, the correlation percentage obtained may be better than that produced by the linear model.
Answer:
The cooperative has to make 70 shirts per day.
Step-by-step explanation:
Let x shirts be the number of shirts in a day the cooperative has to make to fulfill his plan.
In 8 days, it will make 8x shirts.
Everyday, overfilling the norm by 10 shirts, the cooperative makes x + 10 shirts in a day.
The cooperative fulfilled his plan in 1 day less, so it spent days and made shirts.
The number of shirts is the same, so
The cooperative has to make 70 shirts per day.