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![biology - Biology Sense Organs (Eye) Human_Retina_Structure] Rod Cells Cone Cells Bipolar Cells Ganglion Cells Optic Nerve Layer Retinall FuncTions of Rerina ೦ signals Detects light_ond_converts i1_into Contains rods (low light vision) Contains cones (color vision) Sends visual_informationt thel brqin. T0 Biology Sense Organs (Eye) Human_Retina_Structure] Rod Cells Cone Cells Bipolar Cells Ganglion Cells Optic Nerve Layer Retinall FuncTions of Rerina ೦ signals Detects light_ond_converts i1_into Contains rods (low light vision) Contains cones (color vision) Sends visual_informationt thel brqin. T0 - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_923011_2b740031_1776180884175_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=175_sc.jpg "biology - Biology Sense Organs (Eye) Human_Retina_Structure] Rod Cells Cone Cells Bipolar Cells Ganglion Cells Optic Nerve Layer Retinall FuncTions of Rerina ೦ signals Detects light_ond_converts i1_into Contains rods (low light vision) Contains cones (color vision) Sends visual_informationt thel brqin. T0 Biology Sense Organs (Eye) Human_Retina_Structure] Rod Cells Cone Cells Bipolar Cells Ganglion Cells Optic Nerve Layer Retinall FuncTions of Rerina ೦ signals Detects light_ond_converts i1_into Contains rods (low light vision) Contains cones (color vision) Sends visual_informationt thel brqin. T0 - ShareChat")
![maths - G ٤ ٥ ٨ ٤ ٢ R 1 Jajaran cenjang Lingkacn Juring Tenbereng 2 (a+k) Apoeema K L= 4 . t Sudu+ yor berceccn berniiai /8oe L0 = 2/o Tropesium LA-Le স meno ೨' Karena LC Semberons 1.$1!0 ٢ ٢٥٥ ٥ ٥+٥ « ٤ lingkofon hodap diowerer K = 4+b +C +d 2 Beah ketupat] LF+Ld 4C+LE = | 00 k = TL x c L= T* T2 TL x 21 L.jucin9 x L ^03 2 ` d, ` d2 K = 4 x $ 3609 Layang -layang 0 Qanjang K busur %0 Panjarg Loc juring AOG k = 2 (AD+A৫) busur AD c luos lingkoon 2 % 02 Ka . lingkaran L= daiam Segitiga Lingkoron 21 ١ ٢ = [= Segitig 2 Kl Sudul' Jumtah !$($-)($-b)($ -c) f= Ietic SUdU+NYA $ Lingkaran luar Segitiga 180 0 bl a+btc K = a b c h- -|< $= Zx ^xt 2 4L L = I C Rumus Horon A *८ s (s-0)(S-b)ls-c) L٥ 4 ,$($-@)($-b)($-() G ٤ ٥ ٨ ٤ ٢ R 1 Jajaran cenjang Lingkacn Juring Tenbereng 2 (a+k) Apoeema K L= 4 . t Sudu+ yor berceccn berniiai /8oe L0 = 2/o Tropesium LA-Le স meno ೨' Karena LC Semberons 1.$1!0 ٢ ٢٥٥ ٥ ٥+٥ « ٤ lingkofon hodap diowerer K = 4+b +C +d 2 Beah ketupat] LF+Ld 4C+LE = | 00 k = TL x c L= T* T2 TL x 21 L.jucin9 x L ^03 2 ` d, ` d2 K = 4 x $ 3609 Layang -layang 0 Qanjang K busur %0 Panjarg Loc juring AOG k = 2 (AD+A৫) busur AD c luos lingkoon 2 % 02 Ka . lingkaran L= daiam Segitiga Lingkoron 21 ١ ٢ = [= Segitig 2 Kl Sudul' Jumtah !$($-)($-b)($ -c) f= Ietic SUdU+NYA $ Lingkaran luar Segitiga 180 0 bl a+btc K = a b c h- -|< $= Zx ^xt 2 4L L = I C Rumus Horon A *८ s (s-0)(S-b)ls-c) L٥ 4 ,$($-@)($-b)($-() - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_347132_1bc79b60_1776156345806_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=806_sc.jpg "maths - G ٤ ٥ ٨ ٤ ٢ R 1 Jajaran cenjang Lingkacn Juring Tenbereng 2 (a+k) Apoeema K L= 4 . t Sudu+ yor berceccn berniiai /8oe L0 = 2/o Tropesium LA-Le স meno ೨' Karena LC Semberons 1.$1!0 ٢ ٢٥٥ ٥ ٥+٥ « ٤ lingkofon hodap diowerer K = 4+b +C +d 2 Beah ketupat] LF+Ld 4C+LE = | 00 k = TL x c L= T* T2 TL x 21 L.jucin9 x L ^03 2 ` d, ` d2 K = 4 x $ 3609 Layang -layang 0 Qanjang K busur %0 Panjarg Loc juring AOG k = 2 (AD+A৫) busur AD c luos lingkoon 2 % 02 Ka . lingkaran L= daiam Segitiga Lingkoron 21 ١ ٢ = [= Segitig 2 Kl Sudul' Jumtah !$($-)($-b)($ -c) f= Ietic SUdU+NYA $ Lingkaran luar Segitiga 180 0 bl a+btc K = a b c h- -|< $= Zx ^xt 2 4L L = I C Rumus Horon A *८ s (s-0)(S-b)ls-c) L٥ 4 ,$($-@)($-b)($-() G ٤ ٥ ٨ ٤ ٢ R 1 Jajaran cenjang Lingkacn Juring Tenbereng 2 (a+k) Apoeema K L= 4 . t Sudu+ yor berceccn berniiai /8oe L0 = 2/o Tropesium LA-Le স meno ೨' Karena LC Semberons 1.$1!0 ٢ ٢٥٥ ٥ ٥+٥ « ٤ lingkofon hodap diowerer K = 4+b +C +d 2 Beah ketupat] LF+Ld 4C+LE = | 00 k = TL x c L= T* T2 TL x 21 L.jucin9 x L ^03 2 ` d, ` d2 K = 4 x $ 3609 Layang -layang 0 Qanjang K busur %0 Panjarg Loc juring AOG k = 2 (AD+A৫) busur AD c luos lingkoon 2 % 02 Ka . lingkaran L= daiam Segitiga Lingkoron 21 ١ ٢ = [= Segitig 2 Kl Sudul' Jumtah !$($-)($-b)($ -c) f= Ietic SUdU+NYA $ Lingkaran luar Segitiga 180 0 bl a+btc K = a b c h- -|< $= Zx ^xt 2 4L L = I C Rumus Horon A *८ s (s-0)(S-b)ls-c) L٥ 4 ,$($-@)($-b)($-() - ShareChat")
![NEET PREPETION - Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_710571_507c7df_1776140706242_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=242_sc.jpg "NEET PREPETION - Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost Chemistry Formula Series Page 3 Thermochemistry Tmportant Formulos Energy Hear 1. ೧ _ heqT energy' m = moss mcAT < specific heat capacity C= chonge in temperoture AT _ Enthalpy Change 2. enthalpy change AH H(producfs) AH H(reactants) enthalpy = H _ > Heat Capacity] 3. heat capacity C > C = Q Q > heat energy AT temperature_change ] AT > Hess s Law 4. enfhalpy change] AHtotal AH AH + AH2 + AH3 2 = Energy Relarion Bond 5. ZE(bonds broken) _ ZE(bonds_formed) AH = bond energy E > Calorimetry Relation] 6. heaT energy Qgained = lost - ShareChat")
![chemistry - Chemistry Formula Series Page 1 Mole_Concept] Important Formulas Number of Moles 1) number of moles ٨ > m > mass of substance m n = M M _ molqr mass 2) Avogadro Relation particles N>> number of number of moles ٨ » nxNal N= Avogadro number Na > 3) Avogadro Constant number of particles Na 23 =1 Na 6.022 *10 mol one mole in < Molar Mass Relation 4) M > molor mass M=m m - mqss number of moles n > Gas Volume at STP 5) V ~ volume of gas (liters) V = 22.4 n n > number of moles 6)| Density Relation] density p -> m p = m mass volume > Chemistry Formula Series Page 1 Mole_Concept] Important Formulas Number of Moles 1) number of moles ٨ > m > mass of substance m n = M M _ molqr mass 2) Avogadro Relation particles N>> number of number of moles ٨ » nxNal N= Avogadro number Na > 3) Avogadro Constant number of particles Na 23 =1 Na 6.022 *10 mol one mole in < Molar Mass Relation 4) M > molor mass M=m m - mqss number of moles n > Gas Volume at STP 5) V ~ volume of gas (liters) V = 22.4 n n > number of moles 6)| Density Relation] density p -> m p = m mass volume > - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_166560_24b7c3a1_1776077164175_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=175_sc.jpg "chemistry - Chemistry Formula Series Page 1 Mole_Concept] Important Formulas Number of Moles 1) number of moles ٨ > m > mass of substance m n = M M _ molqr mass 2) Avogadro Relation particles N>> number of number of moles ٨ » nxNal N= Avogadro number Na > 3) Avogadro Constant number of particles Na 23 =1 Na 6.022 *10 mol one mole in < Molar Mass Relation 4) M > molor mass M=m m - mqss number of moles n > Gas Volume at STP 5) V ~ volume of gas (liters) V = 22.4 n n > number of moles 6)| Density Relation] density p -> m p = m mass volume > Chemistry Formula Series Page 1 Mole_Concept] Important Formulas Number of Moles 1) number of moles ٨ > m > mass of substance m n = M M _ molqr mass 2) Avogadro Relation particles N>> number of number of moles ٨ » nxNal N= Avogadro number Na > 3) Avogadro Constant number of particles Na 23 =1 Na 6.022 *10 mol one mole in < Molar Mass Relation 4) M > molor mass M=m m - mqss number of moles n > Gas Volume at STP 5) V ~ volume of gas (liters) V = 22.4 n n > number of moles 6)| Density Relation] density p -> m p = m mass volume > - ShareChat")
![biology - Reproduction Asexual Sexual (Need one parent) (Cont on next page) two (Need parents) Fragmentation Fission Regeneralion Budding Vegelative Spore Formalion Propagalion Eg. Rhizopus Breaks up into 2 or Broken parts of the inary Multiple organism grow into more small pieceS Artificial Natural ssion fission separate individuals e.g. Spirogyra. e.g. Planaria A Nucleus first divides into two Roots Leaves e.g. Bryophyllum 8.g Cytoplasm divides into two Dahlia TW0 daughter cells are formed e.g. Amoeba, Leishmania Stem Binger Nucleus divides repeatedly producing many nuclei of cytoplasm Each nucleus is surrounded by small] amount Gralting Culling Cysts breaks up and offsprings are liberated Scion Any part of a plant Portion grafted) e.g. Plasmodium is cut & buried | partly in moist soil Stock (Plant on which 8.9. /0$8. division cell grafted) repeated due to outgrowth A bud develops as an body Mango bud gets detached from parent e.g When matured, 2 individual is formed independent 3. A new Hydra yeast e.9. Layering produced Advontitious roots are Plant Is then detached ٥٠g Jasmine Reproduction Asexual Sexual (Need one parent) (Cont on next page) two (Need parents) Fragmentation Fission Regeneralion Budding Vegelative Spore Formalion Propagalion Eg. Rhizopus Breaks up into 2 or Broken parts of the inary Multiple organism grow into more small pieceS Artificial Natural ssion fission separate individuals e.g. Spirogyra. e.g. Planaria A Nucleus first divides into two Roots Leaves e.g. Bryophyllum 8.g Cytoplasm divides into two Dahlia TW0 daughter cells are formed e.g. Amoeba, Leishmania Stem Binger Nucleus divides repeatedly producing many nuclei of cytoplasm Each nucleus is surrounded by small] amount Gralting Culling Cysts breaks up and offsprings are liberated Scion Any part of a plant Portion grafted) e.g. Plasmodium is cut & buried | partly in moist soil Stock (Plant on which 8.9. /0$8. division cell grafted) repeated due to outgrowth A bud develops as an body Mango bud gets detached from parent e.g When matured, 2 individual is formed independent 3. A new Hydra yeast e.9. Layering produced Advontitious roots are Plant Is then detached ٥٠g Jasmine - ShareChat](https://cdn4.sharechat.com/bd5223f_s1w/compressed_gm_40_img_458091_2efe7ea5_1775960456682_sc.jpg?tenant=sc&referrer=user-profile-service%2FrequestType50&f=682_sc.jpg "biology - Reproduction Asexual Sexual (Need one parent) (Cont on next page) two (Need parents) Fragmentation Fission Regeneralion Budding Vegelative Spore Formalion Propagalion Eg. Rhizopus Breaks up into 2 or Broken parts of the inary Multiple organism grow into more small pieceS Artificial Natural ssion fission separate individuals e.g. Spirogyra. e.g. Planaria A Nucleus first divides into two Roots Leaves e.g. Bryophyllum 8.g Cytoplasm divides into two Dahlia TW0 daughter cells are formed e.g. Amoeba, Leishmania Stem Binger Nucleus divides repeatedly producing many nuclei of cytoplasm Each nucleus is surrounded by small] amount Gralting Culling Cysts breaks up and offsprings are liberated Scion Any part of a plant Portion grafted) e.g. Plasmodium is cut & buried | partly in moist soil Stock (Plant on which 8.9. /0$8. division cell grafted) repeated due to outgrowth A bud develops as an body Mango bud gets detached from parent e.g When matured, 2 individual is formed independent 3. A new Hydra yeast e.9. Layering produced Advontitious roots are Plant Is then detached ٥٠g Jasmine Reproduction Asexual Sexual (Need one parent) (Cont on next page) two (Need parents) Fragmentation Fission Regeneralion Budding Vegelative Spore Formalion Propagalion Eg. Rhizopus Breaks up into 2 or Broken parts of the inary Multiple organism grow into more small pieceS Artificial Natural ssion fission separate individuals e.g. Spirogyra. e.g. Planaria A Nucleus first divides into two Roots Leaves e.g. Bryophyllum 8.g Cytoplasm divides into two Dahlia TW0 daughter cells are formed e.g. Amoeba, Leishmania Stem Binger Nucleus divides repeatedly producing many nuclei of cytoplasm Each nucleus is surrounded by small] amount Gralting Culling Cysts breaks up and offsprings are liberated Scion Any part of a plant Portion grafted) e.g. Plasmodium is cut & buried | partly in moist soil Stock (Plant on which 8.9. /0$8. division cell grafted) repeated due to outgrowth A bud develops as an body Mango bud gets detached from parent e.g When matured, 2 individual is formed independent 3. A new Hydra yeast e.9. Layering produced Advontitious roots are Plant Is then detached ٥٠g Jasmine - ShareChat")