Test
Module 1 Summary
Este test tiene tipos de pregunta que se abren en el reproductor de siempre.
Preguntas del test (23)
11. Four characteristics of life:
a. All life forms contain [blank_start]deoxyribonucleic acid[blank_end], which is called [blank_start]DNA[blank_end]
b. All life forms have a method by which they [blank_start]extract energy[blank_end] from the
surroundings and convert it into [blank_start]energy that sustains them[blank_end].
c. All life forms [blank_start]can sense changes[blank_end] in their surroundings and [blank_start]respond[blank_end] to those changes.
d. All life forms [blank_start]reproduce[blank_end].- Adeoxyribonucleic acid
- BDNA
- Cextract energy
- Denergy that sustains them
- Ecan sense changes
- Frespond
- Greproduce
22. DNA provides the [blank_start]information[blank_end] necessary to take a bunch of lifeless chemicals and turn them into an [blank_start]ordered living system[blank_end].
- Ainformation
- Bordered living system
33. [blank_start]Metabolism[blank_end] can be split into two categories: (1) [blank_start]anabolism[blank_end], which involves using energy and simple chemical building blocks to produce large chemicals and structures and (2) [blank_start]catabolism[blank_end], which involves breaking down chemicals to produce energy and simple chemical building blocks.
- Aanabolism
- Bcatabolism
- CMetabolism
44. The vast majority of energy that sustains life comes from [blank_start]the sun[blank_end]. [blank_start]Producers[blank_end] use that energy to make food for themselves via a process called [blank_start]photosynthesis[blank_end]. Consumers get energy from the producers by [blank_start]eating them[blank_end]. Consumers can be split into three categories: [blank_start]herbivores[blank_end] (which eat only plants), [blank_start]carnivores[blank_end] (which eat only non plants), and [blank_start]omnivores[blank_end] (which eat plants and non plants). The energy of dead producers and consumers is recycled back into creation by [blank_start]decomposers[blank_end].
- Athe sun
- BProducers
- Cphotosynthesis
- Deating them
- Eherbivores
- Fcarnivores
- Gomnivores
- Hdecomposers
5Producers are often called [blank_start]autotrophs[blank_end], the Greek roots of which literally mean "self-feeder". Consumers and decomposers are often called [blank_start]heterotrophs[blank_end], which literally means "other-feeder".
- Aautotrophs
- Bheterotrophs
66. Living organisms are equipped with structures called [blank_start]receptors[blank_end], which receive information about their surroundings. God's creation is always [blank_start]changing[blank_end], which is why these structures are necessary for survival.
- Areceptors
- Bchanging
7In asexual reproduction, the characteristics and traits inherited by the offspring are, under normal circumstances, [blank_start]identical[blank_end] to the parent. In sexual reproduction, under normal circumstances, the offspring's traits and characteristics are some [blank_start]mixture[blank_end] of each parent's traits and characteristics. When [blank_start]mutations[blank_end] occur, the offspring can possess traits that are incredibly different from those of the parent or parents.
- Aidentical
- Bmixture
- Cmutations
88. In the scientific method, the scientist starts by [blank_start]observing[blank_end] the world around him. He then forms a [blank_start]hypothesis[blank_end] to explain some aspect of how the world functions. He then [blank_start]collects data[blank_end] in an attempt to test his [blank_start]hypothesis[blank_end]. If a large amount of [blank_start]data[blank_end] confirms the [blank_start]hypothesis[blank_end], it becomes a [blank_start]theory[blank_end], which is tested with even more [blank_start]data[blank_end]. If it continues to be confirmed over several generations, it might become a [blank_start]scientific law[blank_end].
- Aobserving
- Bhypothesis
- Ccollects data
- Dhypothesis
- Edata
- Fhypothesis
- Gtheory
- Hdata
- Iscientific law
99. Scientists once believed that life could spring from nonliving things. This was called [blank_start]spontaneous[blank_end] [blank_start]generation[blank_end], and it was refuted in the mid 1800s by [blank_start]Louis[blank_end] [blank_start]Pasteur[blank_end]. The story of how the scientific community believed in it for so long demonstrates that science has [blank_start]limitations[blank_end].
- Aspontaneous
- Bgeneration
- CLouis
- DPasteur
- Elimitations
1010. The newest version of spontaneous generation is called [blank_start]abiogenesis[blank_end], and it claims that long ago, very simple life forms [blank_start]spontaneously[blank_end] appeared through [blank_start]chemical[blank_end] [blank_start]reactions[blank_end].
- Aabiogenesis
- Bspontaneously
- Cchemical
- Dreactions
1111. The groups used in our classification scheme, from largest to smallest are:
[blank_start]kingdom[blank_end], [blank_start]phylum[blank_end], [blank_start]class[blank_end], [blank_start]order[blank_end], [blank_start]family[blank_end], [blank_start]genus[blank_end], and [blank_start]species[blank_end].- Akingdom
- Bphylum
- Cclass
- Dorder
- Efamily
- Fgenus
- Gspecies
1212. The five kingdoms we use in the course are: [blank_start]Monera[blank_end], [blank_start]Protista[blank_end], [blank_start]Fungi[blank_end], [blank_start]Plantae[blank_end], and [blank_start]Animalia[blank_end].
- AMonera
- BProtista
- CFungi
- DPlantae
- EAnimalia
1313. A cell with no membrane-bounded organelles is [blank_start]prokaryotic[blank_end], while one with membrane-bounded organelles is a [blank_start]eukaryotic[blank_end] cell. Members of kingdom Monera are composed of [blank_start]prokaryotic[blank_end] cells.
- Aprokaryotic
- Beukaryotic
- Cprokaryotic
1414. A unit of one or more populations of individuals that can reproduce under normal conditions, produce fertile offspring, and are reproductively isolated from other such units is called a [blank_start]species[blank_end].
- Aspecies
1515. A series of questions that is designed to classify organisms is called a biological [blank_start]key[blank_end].
- Akey
1616. When we call wolves "Canis lupus," we are using [blank_start]binomial[blank_end] [blank_start]nomenclature[blank_end].
- Abinomial
- Bnomenclature
1717. In the three domain system of classification, the three basic groups are [blank_start]Archaea[blank_end], [blank_start]Bacteria[blank_end], and [blank_start]Eukarya[blank_end]. Members of kingdom Monera are placed in either [blank_start]Archaea[blank_end] or [blank_start]Bacteria[blank_end], and all of the other kingdoms are placed in [blank_start]Eukarya[blank_end].
- AArchaea
- BBacteria
- CEukarya
- DArchaea
- EBacteria
- FEukarya
1818. A creationist taxonomy scheme that attempts to classify organisms based on the kind of organisms that God made during creation is called [blank_start]baraminology[blank_end].
- Abaraminology
1919. Multicellular autotrophs are typically placed in the kingdom [blank_start]Plantae[blank_end].
- APlantae
2020. Single-celled creatures made of eukaryotic cells are placed in kingdom [blank_start]Protista[blank_end].
- AProtista
2121. Multicellular consumers are typically placed in kingdom [blank_start]Animalia[blank_end].
- AAnimalia
2222. Decomposers made of eukaryotic cells are mostly found in kingdom [blank_start]Fungi[blank_end].
- AFungi
23Organisms made of prokaryotic cells are found in kingdom [blank_start]Monera[blank_end].
- AMonera
Información
- Descripción
- Fill in the blanks to create a summary of Module 1 to help you study. You can use your lesson and your completed study guide to complete this exercise. Answers will be provided at the end of the exercise. Practice until you can complete it without your lesson or study guide.
- Autor
- Anita Thomer
- Idioma
- English
- Visitas
- 33
- Etiquetas
- Valoración
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