Answer:
You can burn fossil fuels to produce heat energy, and use them to power your engine.
Answer:
a) Carbon fixation phase
b) stroma
c) Ribulose bisphosphate (RuBP)
d) 5-carbon molecule
e) two carbon molecules
f) glycerate-3-phosphate (GP)
Explanation:
In the Calvin cycle (also named C3 cycle or Calvin-Benson cycle), the CO2 is reduced in a cyclic process, where the first stable reaction product is 3-phosphoglyceric acid (3-PGA), a 3-C molecule, and the CO2 acceptor molecule is Ribulose bisphosphate (i.e., Ribulose 1, 5-diphosphate). The CO2 enters the chloroplast by passing through the stomata and diffusing into the stroma of the chloroplast, which is the site where sugar is synthesized. The Rubisco enzyme or RuBP carboxylase catalyzes the first step of the cycle (i.e., the attachment of CO2 to RuBP). The result of this reaction is an unstable 6C molecule, which breaks down into two 3C molecules named glycerate-3-phosphate (GP).
Answer:
true
Explanation:
You block your sense of smell so you wont smell the odor on each one
Answer:
a cilium
Explanation:
The cilium is cytoplasmic structures attached to the plasma membrane of cells, originating from the prolongation of centrioles, consisting of motor proteins (dyneins) forming a set of microtubules.
The length is varied, with the cilium being shorter and larger on the cell surface than all the other locomotor structures that cells may possess.
The function performed by the cilium is basically locomotor, like the protist and sperm unicellular organisms. However, cilium is also present in respiratory tract tissues (in the trachea), where they perform defense function (retention and elimination of particles and microorganisms).