False. Location of continents greatly affects their climate. This is directly related to its location (or distance) from the earth's equator. Parts of continents that are closer to the equator experience higher temperatures because they are physically closer to the sun. Parts of continents that are farther from the equator experience lower temperatures because they are farther from the sun. The earth's distance to the sun directly affects global climate giving us the impression of global warming and cooling. Since the earth does not spin in a perfect circle around the sun, but instead and ellipse, temperatures throughout the decades vary. Temperatures are also directly affected by the sunspot cycle, a phenomenon that occurs roughly every 11 years where the sun waxes on one side and wanes on the other (gets hotter and cooler).
Bacteria in general grow optimally when the pH is around 7 (5-9 let's say). That is not to say that there are not bacteria that grow in extremely acidic conditions, like in our stomach, or others in extremely basic conditions, like the conditions near volcanoes. Nonetheless, bacteria that grow in food prefer acidic environments over basic ones and usually cannot tolerate the acidity of fruits which is around 4 pH for the most acid ones. For example, stuff like milk and bread that have a pH from 5-6 are prime examples of food where bacteria would thrive. Thus, the correct answer would be b.
Answer:
D) Cross Breeding
Explanation:
Produce an animal or plant by mating or hybridizing two different species, breeds, of varities
These antimitotics (i.e. taxanes) target microtubule proliferation. The stage of mitosis where it acts is at the M-phase, particularly in the metaphase. The phases of mitosis are prophase, metaphase, anaphase, and telophase. Microtubles first appear at the metaphase.
Answer:
The correct answer is the third option- the large ribosomal unit.
Explanation:
The translation is the second process of the protein synthesis in which transcribed mRNA molecule and transfer RNA or tRNA and ribosomes assemble together and complete synthesis of peptide chain or protein.
The assembly of initiator tRNA to ribosome subunits at the start codon of the mRNA is the initiation complex of the translation. The initiator tRNA is basically a met-tRNA molecule.
The initiator tRNA is bound to small subunit (30S) at 5' cap and scan for the start codon of mRNA.
Start codon bind to initiator RNA and in the end larger ribosomal unit assemble to this complex to complete the initiation complex of translation.
Thus, the correct answer is option - the large ribosomal subunit
