Answer:
Capillaries, the littlest and generally various of the veins, structure the association between the vessels that divert blood from the heart (supply routes) and the vessels that return blood to the heart (veins).
Explanation:
Capillaries, the littlest and generally various of the veins, structure the association between the vessels that divert blood from the heart (supply routes) and the vessels that return blood to the heart (veins). The essential capacity of capillaries is the trading of materials between the blood and tissue cells.
Blood vessels a cylindrical organization all through the body that permits blood to spill out of the heart to each body cell and afterward back to the heart. The three kinds of veins are corridors, vessels, and veins. Each vein comprises of a layered divider encompassing a focal blood-containing space, or lumen.
I think It Would Be Monday Be It's The Day Before Tuesday
Plants have three main tissue system.
1. dermal tissue which is the protective outer covering of a plant. In young plants it consists of single layer called epidermis. A waxy cuticle often covers epidermis and protects against water loss. In older plants, dermal tissue may be many cell layers deep and may be covered with bark.
2. vascular tissue supports the plant body and transports water and nutrients throughout the plant. The two kinds are xylem, a water-conducting tissue, and phloem, a tissue carries dissolved nutrients. Plant fibres such as cotton and linen are produced by the vascular tissue systems of plants. It contains many long, slender cells that form long tubes and have walls that are reinforced by lignin. These characteristics are similar to those of fibres such as cotton and linen. neither dermal or ground tissue consists of cells with these characteristics.
3.ground tissue produces and stores sugars and helps support the plant. It consists of parenchymal cells, collenchyma cells and Sclerenchyma cells.
Answer:
B: Small molecules easily pass between the phospholipids in the cell
membrane.
Explanation:
I did this question on A P E X and I got it wrong
Answer:
<em>FFBB 1/16</em>
<em>FFBb 1/8</em>
<em>FfBB 1/8</em>
<em>FfBb 1/4</em>
<em>FFbb 1/16</em>
<em>Ffbb 1/8</em>
<em>ffBB 1/16</em>
<em>ffBb 1/8</em>
<em>ffbb 1/16</em>
Explanation:
True breeding flame-eyed, burbling female = FFBB
True breeding blue-eyed, whistling male = ffbb
Mating FFBB with ffbb, resulting offspring will be FfBb
Crossing FfBb with another FfBb and assuming the genes are not linked, resulting offspring genotypic ratios will be:
FFBB 1/16
FFBb 1/8
FfBB 1/8
FfBb 1/4
FFbb 1/16
Ffbb 1/8
ffBB 1/16
ffBb 1/8
ffbb 1/16
The phenotypic ratios will be:
F_B_ 9/16 (flame-eyed, burbling)
F_bb 3/16 (flame-eyed, whistling)
ffB_ 3/16 (blue-eyed, burbling)
ffbb 1/16 (blue-eyed whistling)