Answer: The correct answer is- Starfish.
Radial symmetry depicts a body plan of an organism, which can be divided into two equal halves when a plane from any angle passes through central axis of the body.
Starfish is radially symmetrical organism as any plane can divide its body into two equal halves.
On the contrary, flatworm, butterfly, and tadpole show bilateral symmetry ( only single axis/ plane can divide the body into two equal halves.
Among the listed organisms, only the starfish exhibits radial symmetry, which refers to an organism's body being shaped like a pie or barrel, allowing it to be divided into more than five symmetrical parts around a central axis.
Out of the provided organisms - Flatworm, Butterfly, Tadpole, and Starfish - the type that shows radial symmetry is the Starfish.
Radial symmetry refers to when an organism has a body shaped like a pie or barrel. This means it can be divided into five or more identical and symmetrical parts.
Body parts are positioned around a central axis, much like slices of a pie.
Think of a starfish with its arms extending out from the center - each arm is effectively a mirror image of the others, thus demonstrating radial symmetry.
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Answer:
ventral
Explanation:
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Answer:
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diploid + haploid = haploid
haploid + haploid = diploid
diploid + diploid = diploid
Answer:
C) haploid + haploid = diploid
Explanation:
The DNA molecule is composed of two long complementary chains of nucleotides. The complementary DNA sequence of CGTA is GCAT.
The DNA molecule is composed of two antiparallel strands of nucleotides linked together by hydrogen bonds.
In DNA, there are four types of nucleotides, each containing one different nitrogenous base (i.e., Adenine, Guanine, Cytocine and Thymine).
In RNA, Thymine bases are replaced by Uracil bases.
According to the base pair rules, Adenine (A) always pairs with Thymine (T), whereas Cytosine (C) always pairs with Guanine (G).
In conclusion, the complementary DNA sequence of CGTA is GCAT.
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Explanation:
The complementary DNA strand of the sequence ATGC will be TACG. The complementary base pairing in DNA is as per the...
Yes, the key decisions in developing advertising involve deciding what message to convey and who or what medium will be used to deliver this message to the target audience.
True, the statement is correct. In developing an advertising campaign, one of the primary decisions to be made involves determining what message you want to convey to your intended audience. Further to this, another major decision is to choose who, or what medium, will be used to communicate this message effectively. These decisions are critical because the success of your advertising heavily relies on this. For example, if you are advertising the launch of a new technology product, your message needs to show its unique features and benefits. To communicate this message, you may choose popular technology influencers or online tech platforms with a large following as they best resonate with your target audience.
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The statement is true. The key decisions in developing an advertising campaign include determining the message and who will communicate that message to the target audience.
The statement is True. When developing an advertising campaign, key decisions that need to be made include determining what the message will be and who will communicate the message to the target audience. The message must be clear, concise, and compelling to grab the attention of the targeted audience effectively. Who delivers the message is also important as they need to be credible and relatable to the target audience. Ensuring the right delivery of the right message by the right person is vital for a successful advertising campaign.
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