Answer:
List the inputs and outputs of photosynthesis. What part(s) of the plant are responsible for taking in each of the inputs?
6CO2 + 6H2O ------> C6H12O6 + 6O2
inputs outputs
6CO2= Carbondioxide(6 molecules of carbon and 12 molecules of oxygen)
6H2O= Water (12 molecules of hydrogen and 6 molecules of oxygen)
C6H1206= Glucose (6 molecules of carbon, 12 molecules of hydrogen and 6 molecules of oxygen)
6O2= Oxygen (12 molecules of oxygen)
The plant(s) part responsible for photosynthesis is the leaf because it contains the chloroplast that houses the chlorophyl which enable it to tap sunlight for photosynthesis to take place
Explanation:
Find the attachment for the answer.
Note: I have added the complete question in the attachment.
Answer:
suffocate
Explanation:
an animal can be Swimmy da swim swimming around, and can think huh, that piece of plastic looks like a thick ol juicy fish, then they will eat it, and die
The correct answer is option (A) it is a sex-linked dominant allele.
Pedigree analysis helps to determine the different modes of inheritance like the dominance, recessive, sex-linked, autosomal, mitochondrial and others. It helps in knowing the probability of affected offsprings in a cross.
In a sex-linked dominant inheritance, the father passes their X chromosome to daughters only. Of his daughters, 100% percent will have the inheritance as daughters inherit their father's X chromosome. Mother passes her X chromosome to both the sons and daughters or it is passed on to the offspring irrespective of their gender. Of her sons and duagters, 50% will have the inheritance.
In the pedigree of a particular inherited trait given above, the father passes the trait in the first generation to all his daughters and none of his sons. These daughters to half of their children regardless of the gender. Hence, it is a sex-linked dominant allele inheritance.
Answer;
Plants control solute concentration in their bodies by regulating uptake from the soil.
Explanation;
Uptake of water from the roots is undertaken by process called osmosis. Solute concentrations increase going from soil to root cells to leaf cells. The resulting differences in osmotic pressure helps to push water upward in the plant. This helps the plant control solute concentrations.
