On what basis did al-Qaeda most likely choose its first American bombing targets?The targets were at sea, so no one else around would be hurt.
The targets were in Africa, which is not far from the Middle East.

Answers

Answer 1
Answer: Al-Qaeda chose its first American bombing targets if the targets were in Africa, which is not far from the Middle East. The second one is your answer. I hope this is the answer that you are looking for and it comes to your help.
Answer 2
Answer:

The targets were in Africa, which is not far from the Middle East is the correct answer.

The Al-Qaida-the Islamic Militant organisation who were responsible for 9/11 attack, likely choose its first American bombing targets in Africa, which is not far from middle east, the latter being the cradle of al-Qaida.


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What specifically is this biochemical used for, and how is it broken down during digestion?

Answers

digestion occurs in the stomach and the duodenum through the action of three main enzymes: pepsin, secreted by the stomach, and trypsin and chymotrypsin, secreted by the pancreas.During carbohydrate digestion the bonds between glucose molecules are broken by salivary and pancreatic amylase.The digestion of certain fats begins in the mouth, where short-chain lipids break down into diglycerides because of lingual lipase. The fat present in the small intestine stimulates the release of lipase from the pancreas, and bile from the liver enables the breakdown of fats into fatty acids.DNA and RNA are broken down into mononucleotides by the nucleases deoxyribonuclease and ribonuclease (DNase and RNase) that are released by the pancreas.


Biology shows us the fossil record and comparative anatomies. Chemistry shows us that organic molecules can come from inorganic matter. Geology shows us that organisms that used to live together are found on separate continents due to continental drift. Which fields of science provide evidence for evolution? a.)biology only b.)biology and chemistry c.)biology and geology d.)biology, chemistry, and geology HEELLLLLP PPPLLLSSS

Answers

The answer to your question is D. To create the full picture of evolution, and how the species that exist on our planet came to exist in their current forms, it is important to take in information from all the possible fields of science including biology, chemistry and geology.

Biology, chemistry, and geology is the answer.

Which of the following statements about bioengineered foods is false?a. Their DNA has been modified.
b. They have been genetically modified.
c. They were developed during the Green Revolution.
d. Genetic material from another organisms is sometimes added

Answers

The answer is: b.They have been genetically modified.
>Genetically modified foods or GM foods are  genetically engineered foods. They are foods produced from organisms that have had changes introduced into their DNA using the methods of genetic engineering.
>Bioengineered foods are foods that have had a gene from a different species of plant or other organism introduced to produce desired characteristics or traits.

The bioengineered food products are those food products, which are modified by the alteration in their genetic material. There alteration in the genetic material is done by changing and incorporating the gene of interest in the DNA of the organism. Sometimes, the gene of interest are derived from the genome of the other organisms.

The use of the chemical pesticides escalated the green revolution, at that time  the genetically modified food product were not so developed.

Hence, the correct answer is c. They were developed during the Green Revolution.

Which experiment should be conducted as a field investigation?

Answers

Assuming that this is referring to the same list of options that was posted before with this question, the correct answer is that any experiment that requires direct observation. 

In which tissue system would you find root hairs and the epidermis? A. Ground tissue
B. Vascular tissue
C. Dermal tissue
D. Apical meristem

Answers

You can find root hairs and the epidermis in the DERMAL TISSUE.

explain the importance of the cytological markers (the translocated segment and the chromosome knob) in the creighton and mcclintock's experiment.

Answers

Answer:

Explanation: Cytological markers such as the translocated segment and the chromosome knob play a crucial role in various biological research and applied sciences. These markers have proven to be invaluable tools for understanding genetic diversity, evolution, and gene mapping in organisms. The translocated segment, which is an exchange of genetic material between nonhomologous chromosomes, can provide insights into evolutionary relationships between species. By studying translocations, scientists can determine how different species are related and how genetic material has been exchanged or rearranged during evolution. On the other hand, the chromosome knob is a distinguishing structure found on certain chromosomes that serves as a reliable cytological marker for gene mapping and breeding programs. It facilitates the identification of specific genes associated with particular traits or diseases through cytogenetic techniques. Moreover, these cytological markers enable researchers to develop breeding strategies that aim at improving crops' yield, disease resistance, or other desirable qualities by precisely transferring particular chromosomal segments or genes identified by the presence of knobs and translocations. Hence, understanding the significance of cytological markers is vital for both basic scientific discoveries and practical applications in agriculture and medicine.