For at least most events, the tests at MIT would be significantly harder than most any tournament in the country, with exceptions, of course. Your average regional will most likely not have the level of difficulty of MIT tests.sciencenerd123 wrote: ↑January 26th, 2020, 10:49 am Is the question difficulty of MIT invitationals and a normal regionals the same? or is MIT invitationals harder?
Anatomy and Physiology B/C
- isotelus
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Re: Anatomy and Physiology B/C
SLHS '23
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Nba2302
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Re: Anatomy and Physiology B/C
probably would cause the rules haven't changed much for theses systemsWangwithaTang wrote: ↑January 25th, 2020, 11:38 pm Would you guys say that 2016 anatomy test packets be useful for this year?
- veroniquescioly
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Re: Anatomy and Physiology B/C
Will we need to know how to distinguish different types of skin cancers by their histology.
anatomy, herdity, fossils, suitcases
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Husbandpumpkin
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Re: Anatomy and Physiology B/C
You can have one other partner
Or by yourself, which is terrifying haha. It´s a long test
- farmerjoe279
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Re: Anatomy and Physiology B/C
I wouldn't say it's out of the realm of possibility. Knowing the differences between the main 3 should be fine.veroniquescioly wrote: ↑January 31st, 2020, 10:53 am Will we need to know how to distinguish different types of skin cancers by their histology.
2020 Events (R, S, N)
Anatomy:
Designer Genes:
Machines:
2019 Events (R, S, N)
Anatomy: 1, 2, 13
Heredity: 2, 1, 15
Meteorology: 1, 1, 10
Anatomy:
Designer Genes:
Machines:
2019 Events (R, S, N)
Anatomy: 1, 2, 13
Heredity: 2, 1, 15
Meteorology: 1, 1, 10
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sciencenerd123
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Re: Anatomy and Physiology B/C
In the rules C.v. says: "Skeletal muscle actions – origin, insertion, interactions of different muscles"
Does this mean that we should know what origins and insertion mean, or is it asking us to study all the muscles and their insertion and origins (but dont we have a muscle list?).
Could someone pls explain what rule C. v. means? and what we should study to satisfy that rule?
Also, are you guys studying the cellular structure for ALL the muscle types or are you studying for ONLY skeletal muscles?
Does this mean that we should know what origins and insertion mean, or is it asking us to study all the muscles and their insertion and origins (but dont we have a muscle list?).
Could someone pls explain what rule C. v. means? and what we should study to satisfy that rule?
Also, are you guys studying the cellular structure for ALL the muscle types or are you studying for ONLY skeletal muscles?
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Re: Anatomy and Physiology B/C
When I did this topic in 2016, I had all the origin and insertion points on my notesheet.sciencenerd123 wrote: ↑February 4th, 2020, 6:17 pm In the rules C.v. says: "Skeletal muscle actions – origin, insertion, interactions of different muscles"
Does this mean that we should know what origins and insertion mean, or is it asking us to study all the muscles and their insertion and origins (but dont we have a muscle list?).
Could someone pls explain what rule C. v. means? and what we should study to satisfy that rule?
Also, are you guys studying the cellular structure for ALL the muscle types or are you studying for ONLY skeletal muscles?
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Mr.Epithelium
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Re: Anatomy and Physiology B/C
I would be sure to have both- what origins, insertions, synergists, etc. are and origins, insertions, etc. of specific muscles. As for interactions, I have seen tests ask about interactions of muscles as antagonist/prime mover pairs. I have also seen questions regarding what muscles insert/originate from specific bone markings.sciencenerd123 wrote: ↑February 4th, 2020, 6:17 pm In the rules C.v. says: "Skeletal muscle actions – origin, insertion, interactions of different muscles"
Does this mean that we should know what origins and insertion mean, or is it asking us to study all the muscles and their insertion and origins (but dont we have a muscle list?).
Could someone pls explain what rule C. v. means? and what we should study to satisfy that rule?
Also, are you guys studying the cellular structure for ALL the muscle types or are you studying for ONLY skeletal muscles?
Know cellular structures/differences for all 3 muscle types!
Intercalated discs, dense bodies and pacemaker cells are a good headstart for smooth and cardiac muscle cell types.
My first name is Nonkeratinized. My middle name is Squamous.
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sciencenerd123
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Re: Anatomy and Physiology B/C
Thank you Unome and Nonkeratinized Squamous EpitheliumI would be sure to have both- what origins, insertions, synergists, etc. are and origins, insertions, etc. of specific muscles. As for interactions, I have seen tests ask about interactions of muscles as antagonist/prime mover pairs. I have also seen questions regarding what muscles insert/originate from specific bone markings.
Know cellular structures/differences for all 3 muscle types!
Intercalated discs, dense bodies and pacemaker cells are a good headstart for smooth and cardiac muscle cell types.
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sciencenerd123
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Re: Anatomy and Physiology B/C
I haven't seen any neuromuscular junction questions so far... Has anyone else seen them?
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