What confirms that flashcards have been created successfully and are ready for use? Immediate availability Error-free creation Successful generation and correct display Automatic saving

Successful generation and correct display

Where is user confirmation required to ensure the accuracy of flashcard content and layout? Checking the settings Confirming the design Reviewing the instructions Verifying the content and layout

Verifying the content and layout

Which of the following are examples of eukaryotes? Viruses and Prions Plants, animals, fungi, protozoa, algae None of the above Bacteria and Archaea

Plants, animals, fungi, protozoa, algae

What are the key steps involved in the process of transcription? 1) Transcription factors bind to promoter region of DNA to either turn on or off transcription 2) If turned on in the promoter region, RNA polymerase 2 binds to begin transcription and DNA begins to unwind in a bubble- unwinding and rewinding as it goes 3) RNA polymerase 2 reads the 3' to 5' template strand and binds RNA 5' to 3' 4) mRNA unbinds as the DNA rewinds and once done, there is a completed mRNA strand that travels through nuclear pores out of the nucleus 1) RNA polymerase binds to the DNA strand 2) DNA unwinds and rewinds as it goes 3) RNA polymerase reads the 5' to 3' template strand 4) mRNA strand is completed and exits the nucleus 1) Transcription factors bind to the DNA strand 2) DNA unwinds and rewinds as it goes 3) RNA polymerase reads the 3' to 5' template strand 4) mRNA strand is completed and exits the nucleus 1) DNA polymerase binds to the DNA strand 2) DNA unwinds and rewinds as it goes 3) DNA polymerase reads the 5' to 3' template strand 4) DNA strand is completed and exits the nucleus

1) Transcription factors bind to promoter region of DNA to either turn on or off transcription 2) If turned on in the promoter region, RNA polymerase 2 binds to begin transcription and DNA begins to unwind in a bubble- unwinding and rewinding as it goes 3) RNA polymerase 2 reads the 3' to 5' template strand and binds RNA 5' to 3' 4) mRNA unbinds as the DNA rewinds and once done, there is a completed mRNA strand that travels through nuclear pores out of the nucleus

What are the names and purposes of the different DNA strands used in transcription? Coding strand: mRNA binds to this strand with corresponding nucleic acids; Template strand: Non bonded strand that would be the same order of nucleic acids w/exception of thymine replaced with uracil Sense strand: mRNA binds to this strand with corresponding nucleic acids; Antisense strand: Non bonded strand that would be the same order of nucleic acids w/exception of thymine replaced with uracil Leading strand: mRNA binds to this strand with corresponding nucleic acids; Lagging strand: Non bonded strand that would be the same order of nucleic acids w/exception of thymine replaced with uracil Template strand: mRNA binds to this strand with corresponding nucleic acids; Coding strand: Non bonded strand that would be the same order of nucleic acids w/exception of thymine replaced with uracil

Template strand: mRNA binds to this strand with corresponding nucleic acids; Coding strand: Non bonded strand that would be the same order of nucleic acids w/exception of thymine replaced with uracil

What are the different RNA polymerases and their functions? RNA polymerase 1: Makes rRNA- which makes up ribosomes; RNA polymerase 2: Makes tRNA- unwinds and rewinds DNA strands, elongates transcript; RNA polymerase 3: Makes mRNA RNA polymerase 1: Makes mRNA- which makes up ribosomes; RNA polymerase 2: Makes rRNA- unwinds and rewinds DNA strands, elongates transcript; RNA polymerase 3: Makes tRNA RNA polymerase 1: Makes rRNA- which makes up ribosomes; RNA polymerase 2: Makes mRNA- unwinds and rewinds DNA strands, elongates transcript; RNA polymerase 3: Makes tRNA RNA polymerase 1: Makes tRNA- which makes up ribosomes; RNA polymerase 2: Makes mRNA- unwinds and rewinds DNA strands, elongates transcript; RNA polymerase 3: Makes rRNA

RNA polymerase 1: Makes rRNA- which makes up ribosomes; RNA polymerase 2: Makes mRNA- unwinds and rewinds DNA strands, elongates transcript; RNA polymerase 3: Makes tRNA