Answer:
No solution to this equation.
They don't have to point in the same direction.
They don't have to be on similar sized lines.
Just the same angle.
Hope this helped!
Answer:
(1, 2.5) (2, 5) (4, 10)
Step-by-step explanation:
The first blank is 1 because that's how many loaves are made while using the equivalent point on the second number line. Then you just use that same input for the second blank (2). The second blank is just the first one multiplied by 2. For the final blank you want to multiply 4 by the unit rate of bananas: 2.5. The last blank is 10.
PLEASE MARK BRAINLIEST!!!
Firstly, you've got to expand the brackets, this becomes;
8a-4= -10a+ 50
You've then got to eliminate the -10a and you do this by adding 10a to both sides,
This then becomes 18a-4=50
You've then got to add 4, to eliminate this, which then becomes 18a=54
You've then got to divide both sides by 18, and this becomes 3.
Therefor, a=3
Hope this helps :)
Answer:
(a) No the conclusion is not justified.
b. No
c. Two defective circuits in the sample
Step-by-step explanation:
Ans: (a) No the conclusion is not justified. What is important is the percentage population of defectives;
the sample proportion is only an approximation. The population proportion
for the new process may be more than or less than that of the old process. We can decide to pick two hundred samples and discover that the number of defects is greater than the previous process
(b)
.For the defectives, the population proportion for the new process may be 0.12 or more,
although the sample of defectives is just 11 out of 100
(c) Two defective circuits in the sample. This is because the probability of having two defects from the 100n samples is less than having 11 defects
