Active transport moves substances against the concentration gradient. is a major difference between facilitated diffusion and active transport
<u>Explanation:</u>
One of the comparisons is that both facilitated diffusion and active transport utilize proteins as their medians of moving their materials to and from the cell. Another relationship is the primary purpose of both facilitated diffusion and active transport is to drive material over the cell membrane.
One of the variations is that active transport demands energy, while facilitated diffusion does not require energy. The energy that active transport uses is ATP. The Major difference is that facilitated diffusion enables substances to accompany the concentration gradient either way, while active transport only has substances go one way, against their concentration gradient.
Answer:
I'm glad you asked!
Explanation:
Damselfish:It eats macroalgae,which is a consumer but not a primary consumer.No
Tiger Shark:It eats a manta ray which is a tertiary consumer.So No
Manta Ray:It eats a zooplankton which is a primary consumer.So Yes
Convict Bang:It eats macroalgae,which is a consumer but not a primary consumer.No
- hallucinations
- loss of memory
- chest pain
- trouble breathing
- double vision
These are some.
Lipids are NOT made of nucleotides. Nucleotides are the building block for nucleic acid, if that answers your question.
Answer:
The correct answer would be 2 in 4.
According to the question Xo and XO show codominance and express themselves completely when present in heterozygous condition. Cats bearing XoXO show patchwork of black and orange fur and are called tortoiseshell cats.
Xo codes for orange color fur and XO codes for black color fur. In addition, Y chromosome does not contain any gene associated with fur color.
Now, genotype of mother cat is XOXO (orange fur). So, the gametes formed would be XO only.
The genotype of father cat is XoY(black fur). So, the gametes would be Xo and Y.
The cross would lead to the formation of two male cats each having XOY as their genotype and two female cats each with XOXo as their genotype.
Hence, both the male cats would show orange fur and both the female cats would show patchwork of orange and black fur.
Therefore, we can conclude that 2 out of 4 would exhibit tortoiseshell coloring.
