Answer: 0.738
Step-by-step explanation:
11. Mendelian Genetics. When Mendel conducted his famous genetics experiments with peas, one sample of offspring consisted of 428 green peas and 152 yellow peas. Based on those results, estimate the probability of getting an offspring pea that is green. Is the result reasonably close to the value that was expected?
p0 = 428/(428 + 152) = 0.737931
If you round your answer of 0.737931 to three decimals you will
get 0.738.
Take the biggest exponent of the numerator (top) over the biggest exponent of the denomerator (bottom).
<u>n>m:</u> If the numerator exponent is larger than the denominator exponent, then the answer is infinity <em>or negative infinity </em>(which means it has no asymptote)
<u>n<m</u>: If the numerator exponent is smaller than the denominator exponent, then the answer is zero (which means the asymptote is y = 0)
<u>n=m:</u> If the numerator exponent is equal to the denominator exponent, then the answer is the numerator coefficient divided by the denominator exponent. For example: (2x² + .... + ....)/(4x² + .... + ....) ⇒ asymptote is y = → y =
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f(x) = is n>m so there is no asymptote.
Answer: Does Not Exist
Well the answer is d I think lol I haven't done this equation in a while
Answer:
The area of this figure is 24mm.
Step-by-step explanation:
4mm*3mm=12mm
1mm*6mm=6mm
3mm*4mm=12mm/2mm=6mm
6mm+6mm+12mm=24mm
Answer:
1/19( -171 - 10√5 + 40√30)
Step-by-step explanation:
Probably the best way to do this would be to mutiply each fraction ( top and bottom) by the conjugate of the denominator. This would then give a denominator with no radicals.
So 2√5 / √6 + 5 wil be multiplied by (5 - √6) / (5 - √6)) to give
(10√5 - 2√30)/ (25 - 6).
= 2√5 (5 - √6) / 19
Do the same with th other 2 fractions and the simplifuication will be a lot easier.
I did this and got 1/19( -171 - 10√5 + 40√30)