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The rate at which food energy is assimilated at the trophic level of consumers is known as
Anonymous Quiz
35%
Secondary productivity
33%
Gross primary productivity
27%
Net primary productivity
5%
None of the above
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ecosystem has the maximum biomass
Anonymous Quiz
31%
Grassland ecosystem
48%
Forest ecosystem
12%
Pond ecosystem
8%
Lake ecosystem
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This biomolecule has a phosphodiester bondmonosaccharides in a polysaccharide
Anonymous Quiz
19%
fatty acids in a diglyceride
31%
amino acids in a polypeptide
26%
monosaccharides in a polysaccharide
24%
nucleic acids in a nucleotide
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Macromolecule chitin is (NEET 2013)
Anonymous Quiz
40%
Nitrogen-containing polysaccharide
32%
phosphorous-containing polysaccharide
17%
sulphur containing polysaccharide
11%
simple polysaccharide
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What regulates the reproductive processes and the associated behavioral expressions of organisms ?
Anonymous Quiz
30%
Interaction between hormones and certain physical factors
40%
Interaction between hormones and certain environmental factors
20%
Interaction between chemicals and certain environmental factors
10%
Interaction between physiological and certain environmental factors
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Which of the following is not an objective of Biofortification in crops?(NEET 2021)
Anonymous Quiz
30%
Improve micronutrient and mineral content
30%
Improve protein content
31%
Improve resistance to diseases
9%
Improve vitamin content
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🔰INORGANIC IN SHOTS🔰
✌️Increasings or Decreasing Order
✨01. Melting point=
Li > Na > K > Rb > Cs
✨02. Colour of the flame=
Li-Red, Na-Golden, K-Violet, Rb-Red, Cs-Blue, Ca-Brick red, Sr-Blood red, Ba-Apple green
✨03. Stability of hydrides =
LiH > NaH > KH > RbH> CsH
✨04. Basic nature of hydroxides=
LIOH < NaOH < KOH < RbOH < CsOH
✨05. Hydration energy=
Li> Na > K> Rb > Cs
✨06.) Reducing character=
Li > Cs > Rb > K > Na
✨07. Stability of +3 oxidation state=
B> Al > Ga > In > T1
✨08. Stability of +1 oxidation state= Ga < In < TI
✨09. Basic nature of the oxides and hydroxides=
B< Al< Ga < In < TI
✨10. Relative strength of Lewis acid= BF3 < BCl3 < BBr3 < BI3
✨11. Ionisation energy=
B> Al In SiO2 > Ge02 > SnO2 > PbO2
✨15. Reducing nature of hydrides=
CH4 < SiH4 < GeH4 < SnH4 < PbH4
✨16. Thermal stability of tetrahalides=
CCl4> SiCl4> GeCl4> SnCl4 > PbCl4
✨17. Oxidising character of M+4 species=
GeCl4 < SnCl4 < PbCl4
✨18. Ease of hydrolysis of tetrahalides=
SiCl4 < GeCl4 < SnCl4 < PbCI4
✨19. Acidic strength of trioxides=
N203 > P2O3 > As2O3
✨20. Acidic strength of pentoxides=
N2O2 > P2O2> As202 > Sb2O2 > Bi202
✨21) Acidic strength of oxides of nitrogen=
N2O < NO PH3 > AsH3 > SbH3 > BiH3
✨23. Stability of trihalides of nitrogen=
NF3 > NCl3 > NBr3
✨24.Lewis base strength=
NF3 PCI3 > AsCl3 > SbCl3 > BiCl3
✨26.Lewis acid strength of trihalides of P, As, and Sb=
PCl3 > ASCl3 > SbCl3
✨27. Lewis acid strength among phosphorus trihalides
PF3 > PCl3 > PBr3 > PI3
✨(28) Melting and boiling point of hydrides=
H2O > H2Te > H2Se >H2S
✨29. Volatility of hydrides=
H2O < H2Te < H2Se < H2S
✨30. Reducing nature of hydrides=
H2S < H2Se < H2Te
✨31. Covalent character of hydrides=
H2O < H2S < H2Se < H2Te
✨32. The acidic character of oxides (elements in the same oxidation state)=
SO2 > SeO2 > TeO2 > PoO2
SO3 > SeO3 > TeO3
✨33. Acidic character of oxide of a particular element (e.g. S)=
SO < SO2 < SO3
SO2 > TeO2 > SeO2 > PoO2
✨34. Bond energy of halogens=
Cl2 > Br2 > F2 > I2
✨35. Solubility of halogen in water =
F2 > Cl2 > Br2 > I2
✨36. Oxidising power=
F2 > Cl2 > Br2 > I2
✨37. Enthalpy of hydration of X ion=
F- > Cl- > Br- >I-
✨38. Reactivity of halogens:=
F> Cl> Br > I
✨39. Ionic character of M-X bond in halides
= M-F > M-Cl > MBr > M-I
✨40. Reducing character of X ion:=
I- > Br- > Cl- > F-
✨41. Acidic strength of halogen acids=
HI > HBr > HCI > HF
✨42 Reducing property of hydrogen halides
= HF < HCL < HBr < HI
✨43. Oxidising power of oxides of chlorine
= Cl2O > ClO2 > Cl206 > Cl2O7
✨44. Decreasing ionic size=
02- > F- > Na+ > Mg2+
✨45 Increasing acidic property=
Na2O3 < MgO < ZnO< P205
✨46 Increasing bond length=
N2 <02 < F2 < CL2
✨47 Increasing size=
Ca2+ < Cl- < S2-
✨48 Increasing acid strength=
HClO < HClO2 < HClO3 < HClO4.
👻 😇 🥰 😘 💩 ✍️ 🍡 🎈
⚡ Click Here For More Notes !
✌️Increasings or Decreasing Order
✨01. Melting point=
Li > Na > K > Rb > Cs
✨02. Colour of the flame=
Li-Red, Na-Golden, K-Violet, Rb-Red, Cs-Blue, Ca-Brick red, Sr-Blood red, Ba-Apple green
✨03. Stability of hydrides =
LiH > NaH > KH > RbH> CsH
✨04. Basic nature of hydroxides=
LIOH < NaOH < KOH < RbOH < CsOH
✨05. Hydration energy=
Li> Na > K> Rb > Cs
✨06.) Reducing character=
Li > Cs > Rb > K > Na
✨07. Stability of +3 oxidation state=
B> Al > Ga > In > T1
✨08. Stability of +1 oxidation state= Ga < In < TI
✨09. Basic nature of the oxides and hydroxides=
B< Al< Ga < In < TI
✨10. Relative strength of Lewis acid= BF3 < BCl3 < BBr3 < BI3
✨11. Ionisation energy=
B> Al In SiO2 > Ge02 > SnO2 > PbO2
✨15. Reducing nature of hydrides=
CH4 < SiH4 < GeH4 < SnH4 < PbH4
✨16. Thermal stability of tetrahalides=
CCl4> SiCl4> GeCl4> SnCl4 > PbCl4
✨17. Oxidising character of M+4 species=
GeCl4 < SnCl4 < PbCl4
✨18. Ease of hydrolysis of tetrahalides=
SiCl4 < GeCl4 < SnCl4 < PbCI4
✨19. Acidic strength of trioxides=
N203 > P2O3 > As2O3
✨20. Acidic strength of pentoxides=
N2O2 > P2O2> As202 > Sb2O2 > Bi202
✨21) Acidic strength of oxides of nitrogen=
N2O < NO PH3 > AsH3 > SbH3 > BiH3
✨23. Stability of trihalides of nitrogen=
NF3 > NCl3 > NBr3
✨24.Lewis base strength=
NF3 PCI3 > AsCl3 > SbCl3 > BiCl3
✨26.Lewis acid strength of trihalides of P, As, and Sb=
PCl3 > ASCl3 > SbCl3
✨27. Lewis acid strength among phosphorus trihalides
PF3 > PCl3 > PBr3 > PI3
✨(28) Melting and boiling point of hydrides=
H2O > H2Te > H2Se >H2S
✨29. Volatility of hydrides=
H2O < H2Te < H2Se < H2S
✨30. Reducing nature of hydrides=
H2S < H2Se < H2Te
✨31. Covalent character of hydrides=
H2O < H2S < H2Se < H2Te
✨32. The acidic character of oxides (elements in the same oxidation state)=
SO2 > SeO2 > TeO2 > PoO2
SO3 > SeO3 > TeO3
✨33. Acidic character of oxide of a particular element (e.g. S)=
SO < SO2 < SO3
SO2 > TeO2 > SeO2 > PoO2
✨34. Bond energy of halogens=
Cl2 > Br2 > F2 > I2
✨35. Solubility of halogen in water =
F2 > Cl2 > Br2 > I2
✨36. Oxidising power=
F2 > Cl2 > Br2 > I2
✨37. Enthalpy of hydration of X ion=
F- > Cl- > Br- >I-
✨38. Reactivity of halogens:=
F> Cl> Br > I
✨39. Ionic character of M-X bond in halides
= M-F > M-Cl > MBr > M-I
✨40. Reducing character of X ion:=
I- > Br- > Cl- > F-
✨41. Acidic strength of halogen acids=
HI > HBr > HCI > HF
✨42 Reducing property of hydrogen halides
= HF < HCL < HBr < HI
✨43. Oxidising power of oxides of chlorine
= Cl2O > ClO2 > Cl206 > Cl2O7
✨44. Decreasing ionic size=
02- > F- > Na+ > Mg2+
✨45 Increasing acidic property=
Na2O3 < MgO < ZnO< P205
✨46 Increasing bond length=
N2 <02 < F2 < CL2
✨47 Increasing size=
Ca2+ < Cl- < S2-
✨48 Increasing acid strength=
HClO < HClO2 < HClO3 < HClO4.
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❖ Circular Motion Short Notes
➠ (#New💐) Share & React Below
©️ Credit :- Physics Notes 🗒️
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➠ (#New💐) Share & React Below
©️ Credit :- Physics Notes 🗒️
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ᶜᵒᵐᵐᵉⁿᵗ ˢᵃᵛᵉ ˢʰᵃʳᵉ
👍31❤7💯5🎉2🤩2👌2🔥1🥰1
5. For a transparent medium relative permeability and permittivity, µr and Er are 1.0 and 1.44 respectively. The velocity of light in this medium would be
(a) 2.5 × 10⁸ m/s
(b) 3 × 10⁸m/s (c) 2.08 × 10⁸m/s (d) 4.32 × 10⁸m/s (Odisha NEET 2019
(a) 2.5 × 10⁸ m/s
(b) 3 × 10⁸m/s (c) 2.08 × 10⁸m/s (d) 4.32 × 10⁸m/s (Odisha NEET 2019
Anonymous Quiz
38%
A
38%
B
20%
C
5%
D
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✅Very important points - Human Reproduction
🌟Uterus also called womb.
🌟 Longest unstripped muscles of the body are found in the walls of uterus. (During pregnancy)
🌟 Clitoris is a homologous to the penis in the male.
🌟 Bartholin Glands : It is homologous to Cowper's gland of male
🌟 A functional mammary gland is characteristic of all female mammals.
🌟 The milk produced during the initial few days of lactation is called colostrum which contains antibodies (IgA) absolutely essential to develop resistance for the new-born babies.
⚡️ Liberation of sperms from Sertoli cells of seminiferous tubules is called spermiation.
⚡️ Liberation of sperms from testes is called semination.
⚡️ Liberation of sperms from body of male is called ejaculation .
⚡️ Mammalian sperms are transfered to vagina of female by the process called insemination.
⚡️ In 1 ml of semen, 20 to 120 millions of sperms are present in human being.
⚡️ Leydig's cells mature at 10 yrs. of age.
⚡️ In humans (and most vertebrates), the first polar body does not undergo meiosis II.
⚡️ The first polar body is, therefore, formed merely to get rid of unwanted chromosomes.
⚡️ 65-74 days are required to complete the cycle of spermatogenesis in human being.
🌟Uterus also called womb.
🌟 Longest unstripped muscles of the body are found in the walls of uterus. (During pregnancy)
🌟 Clitoris is a homologous to the penis in the male.
🌟 Bartholin Glands : It is homologous to Cowper's gland of male
🌟 A functional mammary gland is characteristic of all female mammals.
🌟 The milk produced during the initial few days of lactation is called colostrum which contains antibodies (IgA) absolutely essential to develop resistance for the new-born babies.
⚡️ Liberation of sperms from Sertoli cells of seminiferous tubules is called spermiation.
⚡️ Liberation of sperms from testes is called semination.
⚡️ Liberation of sperms from body of male is called ejaculation .
⚡️ Mammalian sperms are transfered to vagina of female by the process called insemination.
⚡️ In 1 ml of semen, 20 to 120 millions of sperms are present in human being.
⚡️ Leydig's cells mature at 10 yrs. of age.
⚡️ In humans (and most vertebrates), the first polar body does not undergo meiosis II.
⚡️ The first polar body is, therefore, formed merely to get rid of unwanted chromosomes.
⚡️ 65-74 days are required to complete the cycle of spermatogenesis in human being.
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NEET-UG COMPLETE BEST NOTES
(Session : 2023-24)
➡️ COMPLETE PHYSICS
➡️ COMPLETE BIOLOGY
➡️ PHYSICAL CHEMISTRY
➡️ ORGANIC CHEMISTRY
➡️ INORGANIC CHEMISTRY
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✅ Structure of Fungi
➖ Almost all the fungi have a filamentous structure except the yeast cells.
➖ They can be either single-celled or multicellular organisms.
➖ Fungi consist of long thread-like structures known as hyphae. These hyphae together form a mesh-like structure called mycelium.
➖ Fungi possess a cell wall which is made up of chitin and polysaccharides.
➖ The cell wall comprises a protoplast, which is differentiated into other cell parts such as cell membrane, cytoplasm, cell organelles and nuclei.
➖ The nucleus is dense, clear, with chromatin threads. The nucleus is surrounded by a nuclear membrane.
➖ Almost all the fungi have a filamentous structure except the yeast cells.
➖ They can be either single-celled or multicellular organisms.
➖ Fungi consist of long thread-like structures known as hyphae. These hyphae together form a mesh-like structure called mycelium.
➖ Fungi possess a cell wall which is made up of chitin and polysaccharides.
➖ The cell wall comprises a protoplast, which is differentiated into other cell parts such as cell membrane, cytoplasm, cell organelles and nuclei.
➖ The nucleus is dense, clear, with chromatin threads. The nucleus is surrounded by a nuclear membrane.
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✅ Characteristics of Fungi
➖ Fungi are eukaryotic, non-vascular, non-motile and heterotrophic organisms.
➖ They may be unicellular or filamentous.
➖ They reproduce by means of spores.
➖ Fungi exhibit the phenomenon of alternation of generation.
➖ Fungi lack chlorophyll and hence cannot perform photosynthesis.
➖ Fungi store their food in the form of starch.
➖ Biosynthesis of chitin occurs in fungi.
➖ The nuclei of the fungi are very small.
➖ The fungi have no embryonic stage. They develop from the spores.
➖ The mode of reproduction is sexual or asexual.
➖ Some fungi are parasitic and can infect the host.
➖ Fungi produce a chemical called pheromone which leads to sexual reproduction in fungi.
➖ Examples include mushrooms, moulds and yeast.
➖ Fungi are eukaryotic, non-vascular, non-motile and heterotrophic organisms.
➖ They may be unicellular or filamentous.
➖ They reproduce by means of spores.
➖ Fungi exhibit the phenomenon of alternation of generation.
➖ Fungi lack chlorophyll and hence cannot perform photosynthesis.
➖ Fungi store their food in the form of starch.
➖ Biosynthesis of chitin occurs in fungi.
➖ The nuclei of the fungi are very small.
➖ The fungi have no embryonic stage. They develop from the spores.
➖ The mode of reproduction is sexual or asexual.
➖ Some fungi are parasitic and can infect the host.
➖ Fungi produce a chemical called pheromone which leads to sexual reproduction in fungi.
➖ Examples include mushrooms, moulds and yeast.
👍8
Taylor conducted the experiments to prove semi-conservative mode of chromosome replication on (NEET II 2016)
Anonymous Quiz
13%
Vinca rosea
50%
Vicia faba
22%
Drosophila melanogaster
15%
E. coli.
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[ NEET PYQ 2023 ] NCERT
Consider the following plant tissues:
(A) Axillary buds (B) Fascicular vascular cambium (C) Interfascicular cambium (D) Cork cambium (E) Intercalary meristem Identify the lateral meristems among the above
Consider the following plant tissues:
(A) Axillary buds (B) Fascicular vascular cambium (C) Interfascicular cambium (D) Cork cambium (E) Intercalary meristem Identify the lateral meristems among the above
Anonymous Quiz
21%
(A), (C) and (D) only
52%
(B), (C) and (D) only
20%
(A), (B), (C) and (E) only
8%
(A), (B), (D) and (E) only
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