Objective Questions
All objective questions for BIO 101
Questions (2556)
| # | Question | Topic | Actions |
|---|---|---|---|
| 301 |
A __________ group goes through all steps of an experiment but lacks the factor…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 302 |
A test that gives a known positive result is a __________ control.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 303 |
A hypothesis that withstands extensive testing becomes a scientific __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 304 |
Theories are never set in __________ and can change.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 305 |
List the four major classes of biomolecules: Carbohydrates, Lipids, __________,…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 306 |
Large biological molecules are synthesized from smaller units called __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 307 |
The bonds in carbohydrates are __________ bonds.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 308 |
The bonds in proteins are __________ bonds.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 309 |
The bonds in nucleic acids are __________ bonds.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 310 |
All biomolecules contain the element __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 311 |
Other key elements in biomolecules include Hydrogen, Oxygen, Nitrogen, and ____…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 312 |
The body's main source of energy is __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 313 |
Stored energy reserves are provided by __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 314 |
Proteins help form new bones, muscles, and fight __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 315 |
The blueprint for our genetic structure is in the __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 316 |
Macromolecules are __________, built from monomers.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 317 |
A long molecule of many similar building blocks is a __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 318 |
Monomers bond via a __________ reaction (loss of a water molecule).
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 319 |
Polymers are broken apart by __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 320 |
The monomers for carbohydrates are __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 321 |
The monomers for proteins are __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 322 |
The monomers for nucleic acids are __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 323 |
__________ are not considered polymers.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 324 |
The general formula for carbohydrates is __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 325 |
Simple sugars with 3-7 carbons are __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 326 |
In animals, energy is stored as __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 327 |
In plants, energy is stored as __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 328 |
The structural carbohydrate in plant cell walls is __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 329 |
Each amino acid has a central Carbon with a carboxylic acid group, an amino gro…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 330 |
The linear sequence of amino acids is the __________ structure.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 331 |
Folding into an alpha helix or beta sheet is the __________ structure.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 332 |
The 3-D folding of a single chain is the __________ structure.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 333 |
The association of multiple polypeptides is the __________ structure.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 334 |
The two types of nucleic acids are __________ and __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 335 |
The monomers of nucleic acids are called __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 336 |
A nucleotide consists of a nitrogenous base, a pentose sugar, and a __________ …
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 337 |
RNA contains the sugar __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 338 |
DNA contains the sugar __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 339 |
Watson and Crick determined DNA is a double __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 340 |
Franklin's work used __________ imaging.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 341 |
Chargaff's rules state that A = ___ and C = ___.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 342 |
Chargaff's rule: The amount of Adenine equals the amount of __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 343 |
__________ synthesizes RNA primers.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 344 |
__________ synthesizes the new DNA strand (elongation).
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 345 |
The __________ strand is synthesized discontinuously away from the fork in Okaz…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 346 |
DNA polymerase ___ has proofreading ability.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 347 |
The final sealing of nicks is done by __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 348 |
The synthesis of RNA from DNA is called __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 349 |
__________ RNA (mRNA) carries the DNA message.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 350 |
__________ RNA (tRNA) carries amino acids.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 351 |
__________ RNA (rRNA) is part of the ribosome.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 352 |
The enzyme that carries out transcription is __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 353 |
Transcription starts at the __________ box (TATAAA).
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 354 |
The synthesis of a protein from mRNA is called __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 355 |
On tRNA, the __________ complements the mRNA codon.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 356 |
Protein synthesis begins at the __________ codon (AUG).
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 357 |
A peptide bond forms between __________ acids.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 358 |
The ribosome shifts along the mRNA in a process called __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 359 |
Synthesis ends at a __________ codon.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 360 |
A codon is a triplet of __________ on mRNA.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 361 |
There are __________ different codons.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 362 |
The genetic code is __________, meaning multiple codons can code for the same a…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 363 |
The start codon codes for the amino acid __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 364 |
The stop codons are UGA, UAA, and __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 365 |
The genetic code is universal, degenerate, nonoverlapping, and __________ (no p…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 366 |
A scientist known for transformation experiments with bacteria was __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 367 |
__________ demonstrated that DNA was the transforming principle.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 368 |
__________ produced critical X-ray diffraction images of DNA.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 369 |
The Hershey-Chase experiment used __________ to confirm DNA is the genetic mate…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 370 |
__________ proposed an incorrect triple-helix model of DNA.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 371 |
The scientists who deduced the double-helix structure of DNA were __________ an…
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 372 |
The discoverer of 'nuclein' (DNA) was __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 373 |
During glycolysis ATP is used up in
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BIO 101 Past Questions | View |
| 374 |
One of these enzymes is a multienzyme complex requiring five coenzymes for its …
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BIO 101 Past Questions | View |
| 375 |
Which of the following respiratory parts of an insect is not cuticularized?
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BIO 101 Past Questions | View |
| 376 |
The approximate percentage of the energy content of glucose which is made into …
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BIO 101 Past Questions | View |
| 377 |
'Oxygen debt' is associated with man during
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BIO 101 Past Questions | View |
| 378 |
In the Calvin-cycle, the joining of phosphoenol pyruvate to carbon dioxide lead…
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BIO 101 Past Questions | View |
| 379 |
Cytochrome oxidase contains
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BIO 101 Past Questions | View |
| 380 |
The largest mass extinction in history which wiped out 90% of all marine lives …
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BIO 101 Past Questions | View |
| 381 |
First mammals & birds appeared in the __________ period
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BIO 101 Past Questions | View |
| 382 |
All are events of the Mesozoic era except one
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BIO 101 Past Questions | View |
| 383 |
All individuals of a species in an area form a __________.
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Foundations of Biology – From Scientific Inquiry to the Central Dogma | View |
| 384 |
In females, the _______ contains erectile tissues.
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BIO 101 Past Questions | View |
| 385 |
A form of reproduction in which an embryo develops from an unfertilized egg is …
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BIO 101 Past Questions | View |
| 386 |
___________ is the Father of evolution
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BIO 101 Past Questions | View |
| 387 |
Coccyx of man is an example of __________ structure
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BIO 101 Past Questions | View |
| 388 |
Which of the name Homo sapiens identifies ________ as the genus?
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BIO 101 Past Questions | View |
| 389 |
In taxonomy, each level of classification is called __________
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BIO 101 Past Questions | View |
| 390 |
The taxonomy deals with __________
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BIO 101 Past Questions | View |
| 391 |
The __________ study intraspecific variation
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BIO 101 Past Questions | View |
| 392 |
Which feature distinguishes Homo sapiens from his ancestors?
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BIO 101 Past Questions | View |
| 393 |
Photosynthesis occurs in plant & some _________
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BIO 101 Past Questions | View |
| 394 |
The typical reducing agent in photosynthesis is _________
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BIO 101 Past Questions | View |
| 395 |
Light- dependent reaction of photosynthesis occurs in the _________
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BIO 101 Past Questions | View |
| 396 |
Dark reactions is called
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BIO 101 Past Questions | View |
| 397 |
During photosynthesis fixation is a process of the
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BIO 101 Past Questions | View |
| 398 |
A type of asexual reproduction commonly seen in planaria is
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BIO 101 Past Questions | View |
| 399 |
Which is not true of asexual reproduction
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BIO 101 Past Questions | View |
| 400 |
____________ refers to gametes formation
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BIO 101 Past Questions | View |