몰 질량 of Selectfluor (C7H14B2ClF9N2) is 354.2601 g/mol
C7H14B2ClF9N2 중량과 몰 사이의 변환
다음 물질의 원소 조성 C7H14B2ClF9N2
요소 | 상징 | 원자량 | 원자 | 질량 비율 |
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탄소 | C | 12.0107 | 7 | 23.7325 | 수소 | H | 1.00794 | 14 | 3.9833 | 붕소 | B | 10.811 | 2 | 6.1034 | 염소 | Cl | 35.453 | 1 | 10.0076 | 플루오린(불소) | F | 18.9984032 | 9 | 48.2656 | 질소 | N | 14.0067 | 2 | 7.9076 |
몰질량을 단계별로 계산하기 |
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먼저 C7H14B2ClF9N2에 있는 각 원자의 수를 계산합니다.
C: 7, H: 14, B: 2, Cl: 1, F: 9, N: 2
그런 다음 주기율표 의 각 원소에 대한 원자량을 검색합니다.
C: 12.0107, H: 1.00794, B: 10.811, Cl: 35.453, F: 18.9984032, N: 14.0067
이제 원자 수와 원자량의 곱의 합을 계산합니다.
몰 질량 (C7H14B2ClF9N2) = ∑ Counti * Weighti =
Count(C) * Weight(C) + Count(H) * Weight(H) + Count(B) * Weight(B) + Count(Cl) * Weight(Cl) + Count(F) * Weight(F) + Count(N) * Weight(N) =
7 * 12.0107 + 14 * 1.00794 + 2 * 10.811 + 1 * 35.453 + 9 * 18.9984032 + 2 * 14.0067 =
354.2601 g/mol
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화학 구조 |
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![C7H14B2ClF9N2 - 화학 구조](data:images/png;base64,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) 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모습 |
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Selectfluor는 공기와 물에 잘 견디는 무색의 염입니다. |
힐 시스템의 공식은 C7H14B2ClF9N2
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계산 몰 질량 (몰 중량)화합물의 몰 질량을 계산하려면 공식을 입력하고 '계산'을 클릭하세요. 화학식에서 당신은 다음과 같은 것들을 사용할 수 있습니다 :
- 어떤 화학 원소. 화학 기호의 첫 글자를 대문자로 하고 나머지 글자는 소문자를 사용합니다. Ca, Fe, Mg, Mn, S, O, H, C, N, Na, K, Cl, Al.
- 기능 그룹 :D, Ph, Me, Et, Bu, AcAc, For, Tos, Bz, TMS, tBu, Bzl, Bn, Dmg
- 괄호() 또는 대괄호 []입니다.
- 관용명
몰 질량 계산의 예 : NaCl, Ca(OH)2, K4[Fe(CN)6], CuSO4*5H2O, 질산, 과망간산 칼륨, 에탄올, 과당, 카페인, 물.
몰 질량 계산기는 또한 일반적인 화합물 이름, Hill 공식, 원소 구성, 질량 백분율 구성, 원자 백분율 구성을 표시하고 무게를 몰수로 또는 그 반대로 변환할 수 있습니다.
컴퓨팅 분자량 (분자량)
화합물의 분자량을 계산하려면 공식을 입력하고 각 원소 뒤에 동위원소 질량수를 대괄호 안에 지정하세요.
분자량 계산의 예 :
C[14]O[16]2,
S[34]O[16]2.
정의
- molecular_mass_def
- 몰질량은 (molar weight) 어떤 물질이 1몰 있을때의 질량을 이야기 하고 단위는 g/mol입니다.
- 두더지는 원자나 분자와 같은 매우 작은 물질을 대량으로 측정하기 위한 표준 과학 단위입니다. 1몰에는 정확히 6.022 ×10 23 입자(아보가드로 수)가 들어 있습니다.
몰 질량을 계산하는 단계
- 화합물 식별: 화합물의 화학식을 적습니다. 예를 들어, 물은 H 2 O입니다. 이는 수소 원자 2개와 산소 원자 1개를 포함한다는 의미입니다.
- 원자 질량 찾기: 화합물에 존재하는 각 원소의 원자 질량을 찾아보세요. 원자 질량은 일반적으로 주기율표에서 찾을 수 있으며 원자 질량 단위(amu)로 표시됩니다.
- 각 원소의 몰 질량을 계산합니다. 각 원소의 원자 질량에 화합물에 포함된 해당 원소의 원자 수를 곱합니다.
- 합산: 3단계의 결과를 더하여 화합물의 총 몰 질량을 구합니다.
예: 몰질량 계산
이산화탄소(CO 2 )의 몰질량을 계산해 보겠습니다.
- 탄소(C)의 원자 질량은 약 12.01 amu입니다.
- 산소(O)의 원자 질량은 약 16.00amu입니다.
- CO 2 에는 탄소 원자 1개와 산소 원자 2개가 있습니다.
- 이산화탄소의 몰 질량은 12.01 + (2 × 16.00) = 44.01 g/mol입니다.
각 원소와 동위원소의 질량을 NIST기사를 참조하십시오 href='http://physics.nist.gov/cgi-bin/Compositions/stand_alone.pl'> a> 관련 : 아미노산의 분자량 |