B. Waxy, needlelike leaves
C. Fire-resistant seeds
D. Water-strong seeds
Answer:
waxy, needlelike leaves
Explanation:
DNA is involved only in transcription, and RNA is involved in both transcription and translation. DNA is a double helix, and RNA is a single strand DNA does not have uracil as a nitrogen base, but RNA does have uracil as a nitrogen base.
Answer:
Answer is 1,3,5
Explanation:
Got it right on edge
For a person with blood type A- (A negative), they can be transfused with either blood type A negative , or blood type O negative.
This is because any other blood type will immediately be rejected by their body.
A person with blood type A negative has got antibodies against any other blood type which has a rhesus positive factor as well as antibodies against any other blood type of a different group such as B and AB, even if they are rhesus negative.
Therefore because of the rhesus negative factor, a person with blood type A negative can only be transfused with rhesus negative .
Answer:
Option D: O-
Explanation:
They can also receive blood type A-, but that's not one of the options on the test.
Answer:
sorry I am in 8th class so short for this
Answer is C ) chloroplasts.
Chloroplasts are oval shaped, double membraned cell organelles present in green plant cells and in algae. Chloroplasts contains a green color pigment called chlorophyll. Chlorophyll has ability to capture solar energy and store this energy in the form of ATP (adenosine triphosphate). with the help of this energy and water, green plants reduced carbon dioxide into sugar (a chemical compound) as food.
They store and transmit genetic information for all life’s processes.
They act as long-term energy storage for living organisms.
They carry important chemical messages from one part of the body to another.
They provide instructions that tell cells how to make proteins.
Answer:
It stores and transmits genetic information for all life's processes.
It provides instructions that tell cells how to make proteins.
Nucleic acids, including DNA and RNA, primarily store and transmit genetic information and guide cells in making proteins. They do not serve as long-term energy storage or carry chemical messages.
Nucleic acids, which encompass both DNA and RNA, have pivotal roles in cellular function and life processes. Their primary function is storing and transmitting genetic information. For instance, DNA contains the blueprints for all life's processes. This genetic information is essentially the set of instructions that guide cells on making proteins. The protein synthesis process is critical for an organism's growth, development, and function. Conversely, while they are essential in life processes, nucleic acids do not act as long-term energy storage for organisms or carry chemical messages within the body.
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