Answer:
"Organisms can make more organisms, but tables cannot make more tables."
Explanation:
Rise in amount or magnitude, at a continuously rising degree. It is unique probable importance of a strengthening response ring that styles a inhabitants or organization produce (escalate) by progressively advanced quantities. Compound interest is an sample of exponential growth. One of the best instances of exponential progress is detected in bacteria. It takes bacteria unevenly an hour to replicate done prokaryotic fission. The innovative exponential formula was y = 
. We will sign that in these new development and decay purposes, the b value (growth factor) has been substituted moreover by (1 + r) or by (1 - r). The growth "rate" (r) is determined as b = 1 + r.
Answer:
The cross that guarantees a height trait ratio in the offspring of 1 : 1 high/low is Hh X hh (option C).
Explanation:
For a characteristic such as size, where tall (H) is the dominant trait and short (h) is the recessive, the crossing of a tall heterozygous (Hh) individual with a short one will have a probability that half of the offspring will be tall and the other half short.
This can be demonstrated with a Punnett square:
Cross Hh X hh
Alleles H h
h Hh hh
h Hh hh
Based on this result, half of the offspring will be tall, with genotype Hh, and the other half short, with genotype hh, which corresponds to a tall : short ratio of 1 : 1.
In the other options is not possible to obtain this result:
<em>A) HH Xhh = 100% Hh.</em>
<em>B) hh X hh = 100% hh.</em>
<em>D) Hh X Hh = 50% Hh, 25% HH and 25% hh.</em>
cardiac, smooth, and skeletal
Hope this helps!
-Payshence xoxo
The answer is c hope this helps
They are useful because of the way they process and digest food. They apply their enzymes externally and then absorb smaller mollecules. This process releases things like CO2 or creates alcohols, and this has historically been used in making drinks like beer or foods like bread and cheese.
