A computer is programmed to combine 60,000 points of data in such a way that with each iteration, there are half as many data po
ints as before. The number of data points after any number of iterations, x, can be modeled with the following function. 
Which statement compares the mathematical range and reasonable range of the function?
A. Both the mathematical and reasonable ranges are limited to real numbers greater than 0 and less than or equal to 262,144.
B. Both the mathematical and reasonable ranges are limited to whole numbers greater than 0 and less than or equal to 262,144.
C. The mathematical range is all real numbers greater than 0. The reasonable range is all real numbers greater than 0 and less than or equal to 262,144.
D. The mathematical range is all real numbers greater than 0. The reasonable range is all whole numbers greater than 0 and less than or equal to 262,144.
Which statement compares the mathematical range and reasonable range of the function?
A. Both the mathematical and reasonable ranges are limited to real numbers greater than 0 and less than or equal to 262,144.
B. Both the mathematical and reasonable ranges are limited to whole numbers greater than 0 and less than or equal to 262,144.
C. The mathematical range is all real numbers greater than 0. The reasonable range is all real numbers greater than 0 and less than or equal to 262,144.
D. The mathematical range is all real numbers greater than 0. The reasonable range is all whole numbers greater than 0 and less than or equal to 262,144.
1 answer:
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Our original equation:
Now, we just solve for k:
When we use PEMDAS, we get this equation:
Now, subtract 248 from both sides:
Now, divide -4 on both sides:
The answer to your problem is k = 58.5 or k = 117/2. Hope this helps and have a fantastic day!
Now, we just solve for k:
When we use PEMDAS, we get this equation:
Now, subtract 248 from both sides:
Now, divide -4 on both sides:
The answer to your problem is k = 58.5 or k = 117/2. Hope this helps and have a fantastic day!
A zoo has 14 monkeys and 18 chimpanzees.
To write the ratio of numbers x and y we use three ways given below
1. x to y
2. x : y
3.
Now write the ratio in three ways comparing 14 monkeys and 18 chimpanzees.
Let x be the number of monkeys
y be the number of chimpanzees
So ratio becomes
14 to 18
14 : 18