Answer:
40 Cal
Explanation:
Data provided in the question:
Protein present in the broccoli = 2.6 g
Carbohydrates present in the broccoli = 6 g
Fat present in the broccoli = 0.3 g
Now,
We know,
Energy provided by protein and carbohydrates = 4 Cal / g
and,
Energy provided by Fats = 9 Cal / g
Therefore,
Total nutritional energy content = ∑(Amount × Energy provided)
= ( 2.6 × 4 ) + (6 × 4) + (0.3 × 9)
= 10.4 + 24 + 2.7
= 37.1 Cal
rounding off the answer to nearest 5 ≈ 40 Cal
Answer:
B. Shortens
Explanation:
Myofibrils are components of the animal skeletal muscles that are made up of sacromeres. They perform the muscular contraction and relaxation via the sliding filament model.
To produce motion, A cross-bridge forms between actin and the myosin heads triggering shortening of the sacromere. This shortening of the sacromere results in the contraction of the muscle fibers, which the net effect can be seen to be a shortening of the fibers
C: inability of somali government to protect resources (Apex)
Answer:
In the presence of arsenate glycolysis produces fewer ATP and NADH molecules per glucose molecule.
Explanation:
it is supposed to be 2 molecules of 3-phosphoglecerate with each producing 2 ATP making a total of 4 ATP gain but since it is just one and arsenate, only 2 ATP will be generated instead of four, thus ATP yield is reduced.
Answer:
density of the sediment
size of the sediment
velocity of the agent of erosion
Explanation:
Deposition can be defined as the process of building up of sediment from chemical processes because the forces which are responsible for transporting Sediment are no longer sufficient enough to overcome the forces of gravity which is why density of the sediment, size of the sediment as well as velocity of the agent of erosion tend to affect
The rate of deposition due to the fact that
Larger and denser particles are heavier and land first before, less dense particles which cause round pieces of sediment settle more quickly than flat pieces .
Hence,density of the sediment,size of the sediment as well as velocity of the agent of erosion will often affect the rate deposition.
