Answer:
Throughout the clarification section below where the definition of the concern is mentioned.
Explanation:
- Cognition helps us during our emotions, perceptions, and senses, to gain awareness. Learning requires the acquisition of skills through experience, research, and instruction. It is not possible to learn details if the pupil is overwhelmed. And we are seeing that even as time goes on, we grow and that this enables everybody a stronger person of ourselves. Perhaps it makes change easy for any of us. Throughout all sorts of backgrounds, cognition has almost always motivated us, but that always encourages everyone to be a stronger version every once throughout a while of development.
- Over experience, we had to make sure these people fall throughout the correct position as well as the data flow becomes crisp and seamless. I learned the most from my mum, and by studying and knowing situations in that same elite environment, this has already been instilled. This is a perfect way to evolve in life plus benefit from lessons from everyday life as well.
<span>If the grasses on a 100-hectare area of grassland grow at an average rate of 1 cm/day, the average volume of grass that is added to the grassland each day is 10,000 m3
</span><span>If the density of the grasses that grow in the grassland average 400 kg/m3, the NPP is approximately 4000 g/m2/day or 1460000 g/m2/year
Equations:
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100 hectare (x) 10,000 m2/hectare = 1(x)106 m2 (x) 0.01 m/day =</span></span>
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10,000 m3/day (x) 400 kg/m3 (x) 1000 g/1 kg = 4 (x) 109 g/day / 1 (x) 106 m2 =</span></span>
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4000 g/m2<span>/day (x) 365 day/year = </span>
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Answer:
Option D
Explanation:
Options for the question
A) The Y chromosome is slower to mature than the X chromosome.
B) Replication of the X chromosome occurs more often in males.
C) Male hormones cause the expression of X-linked traits.
D) Males only have one copy of the X chromosome
Given-
Duchenne muscular dystrophy (DMD) is an X-linked recessive condition which means it will occur in male even if they have one diseased X gene. While females will have this disease only when they have two diseased X gene
Hence, in most of the cases women with only one diseased X chromosome act as carrier and show normal traits.
Let us assume X is normal gene and X' is the diseased gene then
Genotype of normal father will be - XY
Genotype of carrier mother will be - XX'
Now if these two mates, following offspring will be produced
XY * XX'
XX, XX', XY, X'Y
So the male with X'Y will have DMD
Hence, option D is correct