In this image we can see that A is identical to B, and C is identical to D.
Chromatid (Cht) is a
DNA molecule (the nucleofilament) associated with
histone proteins (PH) and
non-histone proteins (PNH)
<span>Each chromosome of a cell may consist of one or two chromatids depending on its state: just after a mitosis, or after the second meiotic division, each chromosome consists of only one chromatid, the rest of the time,
after DNA replication, each chromosome consists of two completely identical chromatids, connected by the centromere, thus giving the two rods the shape of an X.</span>
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Answer:</h2>
Fine adjustment knob is used for final focusing
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Explanation :</h2>
On a microscope, there are two types of knobs are present to adjustment the images i.e coarse and fine adjustment knob. Coarse adjustment knob is used to make the rough focus by moving the specimen stage vertically. Whereas fine adjustment knob is used to bring the image into sharp focus. It is also used to focus on different parts of the specimen under examination
Answer: G C A A T G G C
Explanation: adenine (A), thymine (T), cytosine (C) and guanine (G). Each base can only bond with one other, A with T and C with G.
Answer:
correct answer is symporter and active
Explanation:
- A symporter is an integral membrane protein involved in the transport of two different molecules in the cell membrane in the same direction.
- The symporter works in the plasma membrane and the molecules are transported to the cell membrane at the same time.
- Active transport is the movement of molecules across a cell membrane from a low-concentration region to a high-concentration region against the concentration gradient.
- Active transport requires cellular energy to achieve this movement.
1 true because the moon is always shaded on one side 2 365 3 a