Answer:
w=V/lh
Step-by-step explanation:
V=lwh /:lh
![\frac{v}{lh} = w](https://tex.z-dn.net/?f=%20%5Cfrac%7Bv%7D%7Blh%7D%20%20%3D%20w)
Answer:
0.75 days (im a bit unsure but i tried my best, hope this helps :) )
Step-by-step explanation:
If it takes 8 technicians 36 hours to test 560 samples, find how many technicians can test 525 samples.
8: 560
x: 525
x= 7.5 (which is considered 7)
Then, find how long it takes to sample 525 samples, when 560 are done in 36 hours;
560: 36
525: x
x= 33.75 (which is considered 34 hours)
The last step is to check how long 15 technicians take to sample 525 samples when 8 can do the same number in 34 hours. this is inverse proportion so dont forget to flip one numerator and denominator
8; 34
15; x
it will become
15:34
8: x
x= 18 hours
Divide by 24 for days hence 0.75 days
We see that the highest power will be 5th degree (multiplying only the placeholders, ( x^2)^2(2x)=2x^5)
and the leading coefient is positive
so therefor, since
we see the power is odd, so odd function
the ends go in opsoite directions
we know that if the leadind coefient (number in front of highest power term) is positive, then odd powered polynomials go from bottom left to top right
and for even ones, it goes both up
so we gots posiitve ileading coefient and odd power
same as last time
as x approaches negative infinity, y approaches negative infinity
as x approaches infinity, y approaches infinity
Minutes per year: 60 per hour * 24 hours a day * 365 days a year = 525,600 minutes
2.6 million / 525,600 = 4.94 deaths per minute
Answer:
2.7
Step-by-step explanation:
the three is lower than 5 so 2.7 is the answer