"energibevarelse" meaning in Danish

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  "etymology_text": "energi (“energy”) + bevarelse (“conservation”)",
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      "form": "energibevarelsen",
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        "4": "energibevarelsen",
        "5": "",
        "6": "{{{sg-def-2}}}",
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        "8": "",
        "9": "",
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        "f4accel-form": "indef|p",
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      "expansion": "energibevarelse c (singular definite energibevarelsen, not used in plural form)",
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        "gen-pl-def": "energibevarelseenes",
        "gen-pl-def-2": "",
        "gen-pl-def-3": "",
        "gen-pl-indef": "energibevarelses",
        "gen-pl-indef-2": "",
        "gen-sg-def": "energibevarelsens",
        "gen-sg-def-2": "",
        "gen-sg-indef": "energibevarelses",
        "gen-sg-indef-2": "",
        "gen-sg-indef-3": "",
        "pl-def": "energibevarelseene",
        "pl-def-2": "",
        "pl-def-3": "",
        "pl-indef": "energibevarelse",
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        "sg-def": "energibevarelsen",
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  "lang_code": "da",
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          "text": "Der gælder, at\nI et isoleret system er energien bevaret, da ∆E = 0 eller E = konstant\nDette er loven om energibevarelse.\nIt is true that\nIn an isolated system, energy is conserved, as ∆E = 0 or E = constant",
          "type": "quotation"
        },
        {
          "english": "As has been discussed (Bohr 1924*), the question of conservation of energy at collisions presents quite striking paradoxes, using ordinary mechanical views.",
          "ref": "2013, J. Thorsen, The Penetration of Charged Particles Through Matter (1912 - 1954), Elsevier, page 411",
          "text": "Som det er diskuteret (Bohr 1924*), frembyder Spørgsmaalet om Energibevarelse ved Sammenstød særlig slaaende Paradoksier ud fra de sædvanlige mekaniske Forestillinger.",
          "type": "quotation"
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        {
          "english": "In this context, it is L. A. Colding's acknowledgement of the law of conservation of energy and his determination of the mechanical equivalent of heat, which is connected to the former, which we shall concern ourselves with.",
          "ref": "1972, Festskrift udgivet af Københavns universitet i anledning af universitets aarsfest",
          "text": "I den her givne sammenhæng er det L. A. Coldings erkendelse af loven om energibevarelse og hans hermed forbundne bestemmelse af varmens mekaniske ækvivalent, som optager os.",
          "type": "quotation"
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        {
          "english": "I was also joyed to see that you understood the fundamental ambience of my final comments about conservation of energy.",
          "ref": "2013, J. Kalckar, Foundations of Quantum Physics II (1933-1958), Elsevier, page 475",
          "text": "Det glædede mig ogsaa, at Du forstod Grundstemningen i mine Slutbemærkninger om Energibevarelsen.",
          "type": "quotation"
        },
        {
          "english": "For example, the character of the elements can, due to conservation of energy, only be changed, when great amounts of energy are used to part the atomic nucleus.",
          "ref": "1956, Catholica",
          "text": "F. eks. kan grundstoffernes karakter på grund af energibevarelsen kun ændres, når der anvendes stor energi til at spalte atomkærnen.",
          "type": "quotation"
        }
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  "word": "energibevarelse"
}

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      "name": "af"
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  "etymology_text": "energi (“energy”) + bevarelse (“conservation”)",
  "forms": [
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      "tags": [
        "definite",
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        "singular"
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    },
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      "form": "energibevarelses",
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        "gen-pl-indef-2": "",
        "gen-sg-def": "energibevarelsens",
        "gen-sg-def-2": "",
        "gen-sg-indef": "energibevarelses",
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        "pl-def": "energibevarelseene",
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        {
          "english": "This is the law of conservation of energy.",
          "ref": "2000, Grundlæggende Fysik 1, Gyldendal Uddannelse, page 33",
          "text": "Der gælder, at\nI et isoleret system er energien bevaret, da ∆E = 0 eller E = konstant\nDette er loven om energibevarelse.\nIt is true that\nIn an isolated system, energy is conserved, as ∆E = 0 or E = constant",
          "type": "quotation"
        },
        {
          "english": "As has been discussed (Bohr 1924*), the question of conservation of energy at collisions presents quite striking paradoxes, using ordinary mechanical views.",
          "ref": "2013, J. Thorsen, The Penetration of Charged Particles Through Matter (1912 - 1954), Elsevier, page 411",
          "text": "Som det er diskuteret (Bohr 1924*), frembyder Spørgsmaalet om Energibevarelse ved Sammenstød særlig slaaende Paradoksier ud fra de sædvanlige mekaniske Forestillinger.",
          "type": "quotation"
        },
        {
          "english": "In this context, it is L. A. Colding's acknowledgement of the law of conservation of energy and his determination of the mechanical equivalent of heat, which is connected to the former, which we shall concern ourselves with.",
          "ref": "1972, Festskrift udgivet af Københavns universitet i anledning af universitets aarsfest",
          "text": "I den her givne sammenhæng er det L. A. Coldings erkendelse af loven om energibevarelse og hans hermed forbundne bestemmelse af varmens mekaniske ækvivalent, som optager os.",
          "type": "quotation"
        },
        {
          "english": "I was also joyed to see that you understood the fundamental ambience of my final comments about conservation of energy.",
          "ref": "2013, J. Kalckar, Foundations of Quantum Physics II (1933-1958), Elsevier, page 475",
          "text": "Det glædede mig ogsaa, at Du forstod Grundstemningen i mine Slutbemærkninger om Energibevarelsen.",
          "type": "quotation"
        },
        {
          "english": "For example, the character of the elements can, due to conservation of energy, only be changed, when great amounts of energy are used to part the atomic nucleus.",
          "ref": "1956, Catholica",
          "text": "F. eks. kan grundstoffernes karakter på grund af energibevarelsen kun ændres, når der anvendes stor energi til at spalte atomkærnen.",
          "type": "quotation"
        }
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  "word": "energibevarelse"
}