Answer:
0.05, 9
Step-by-step explanation:
The probability of success, p = chances of finding a defective syringe = 5%
Hence, probability of success p = 5 /100 = 0.05
The sample size, n = 9, (Given kn yhasrina
It would be 348
as A= lw+l((w
/2)^2+h^2)^0.5+w((l
/2)^2+h^2)^0.5
where l=12, w=12, h=6
A=347.65 ~ 348
Use the sum of cubes factoring rule

to transform the left hand side into the right hand side.


Throughout the entire process, the right hand side stayed the same.
On the last step, I used the pythagorean identity.
Answer:
41
Step-by-step explanation:
The number 1 is in the ones place. 1x4=4, so 4 is in the tens place. If you reverse 41, you get 14. 41+14=55.
You a line the decimal points right above each other and add the .45 to .8