Answer:
Focused Low Cost
Explanation:
This is a strategy in which a business in the same sector lower their cost in order to have a competitive advantage.
Answer:
The answers are Tubercle and keeping the body balance over the feet, the hability of standing, avoid the body to fall, ankle plantarreflexion and foot evertion
Explanation:
The peroneus brevis muscle is located on the lateral side of the leg and it is a fusiform, and, short muscle, that becomes a tendon and passes behind the lateral malleolus. The tendon is inside a synovial sheath. It passes foward and downward into a groove above the peroneal tubercle on the calcaneous. The distal attachment of the peroneus brevis is the tubercle on the lateral side of the base of the first metatarsal. The mechanism is responsible for foot evertion, ankle plantarreflexion, because the tendon's position, which pulls the foot in that direction. The advantange is that this mechanism garantees important functions such as stops a sideway sway when a person is standing, controlling the body from falling to the opposite side when standing on one leg (keeps the body balanced)
Controlling the position of the foot and stopping the foot from being inverted . Sometimes the foot can over invert causing weight to be applied to the lateral surface of the foot.
Answer:
the peroneus longus (also known as fibularis longus) is a superficial muscle in the lateral compartment of the leg, and acts to evert and plantarflex the ankle.
Explanation:
Answer:
The correct option is C ' Each of the three types of RNA are transcribed by different RNA polymerases. Only RNA polymerase II, involved in mRNA synthesis, contains a domain capable of interacting with enzymes that form the cap.'
Explanation:
All the different type of RNA's undergo the process of transcription. However, their transcription is carried on by different types of RNA polymerases.
The transcription of the mRNA is carried by RNA polymerase II. The process of capping is essential so that the mRNA is stopped from degradation.
The rRNA is transcribed by RNA polymerase I which cannot add a cap tothe RNA.
The tRNA is transcribed by the RNA polymerase II, but the domain is different which cannot undergo the process of capping.
Answer:
Molecules brought in: 3CO2, 9ATP, 6NADPH
Molecules Produced: 1G3P, 9ADP, 6NADP+ +H+
Molecules used and Regenerated: 3RuBP, 5G3P
Explanation:
1. Molecules brought in and utilized in the light-independent reaction or Calvin cycle:
-CO2 from outside the cell
-Molecules take energy from the light-dependent reactions
2. Molecules produced during the light-independent reaction or Calvin cycle that leave the cycle:
-Energy-carrier molecules that have lost some energy\
-3-carbon molecules that store energy
3. Molecules produced in the cytoplasm from the end products of the Calvin cycle:
-Organic molecules such as glucose
Thus, Molecules brought in: 3CO2, 9ATP, 6NADPH
Molecules Produced: 1G3P, 9ADP, 6NADP+ +H+
Molecules used and Regenerated: 3RuBP, 5G3P
In the Calvin cycle, CO2, 12NADPH, and 18ATP are brought in and used. The 2G3P molecules produced are used in the construction of glucose, and 12NADP+ and 12H+ are reused in the light-dependent reactions. 10G3P, 18ADP, and 6RuBP are used and regenerated within the cycle.
In the Calivin cycle, the molecules that are needed and brought into the cycle are b. CO2, c. 12NADPH, and g. 18ATP.
The molecules produced during the six turns of the Calvin cycle that leave the cycle are f. 2G3P (these will go on to form a glucose molecule), and h. 12NADP+ + 12H+ (the used electron carriers that go back to the light-dependent reactions to be recharged).
The molecules that are used and regenerated within the Calvin cycle during the six turns are a. 10G3P, d. 18ADP (which will pick up a phosphate group to be reused as ATP), and e. 6RuBP (the enzyme that fixes CO2).
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Answer:
oof dis is like a whole essay if we anwsered this
Explanation:
Answer:
Untangling the origins of organisms will require experiments at the tiniest ... as scientists are hoping to discover, the path to it cannot be so hard. ... To understand how life might begin, we first have to figure out ... Some scientists think that life originally used simpler molecules and only later evolved RNA.
Explanation:
yes
brainliest plz
Answer:
nucleotides
Explanation:
The average speed of the zebra during time between 0s and 40s is 34 seconds.
The average speed, a scalar value which is greater than or equal to the magnitude of the average velocity of a substance.
In general speed = distance / time
it is calculated by dividing the total distance travelled by the
total time taken for the substance to reach the destination.
If the average speed is zero which is equivalent to average velocity.
If the direction of the path has been changed then the average speed will be greater than the magnitude of the average velocity
The average speed of the zebra during time between 0s and 40s is 34 seconds.
Learn more about average speed, here:
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Answer: The average speed of the zebra during time between 0s and 40s is 34 seconds.