몰 질량 of Sterol (C17H28O) is 248.4036 g/mol
C17H28O 중량과 몰 사이의 변환
다음 물질의 원소 조성 C17H28O
요소 | 상징 | 원자량 | 원자 | 질량 비율 |
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탄소 | C | 12.0107 | 17 | 82.1976 | 수소 | H | 1.00794 | 28 | 11.3615 | 산소 | O | 15.9994 | 1 | 6.4409 |
몰질량을 단계별로 계산하기 |
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먼저 C17H28O에 있는 각 원자의 수를 계산합니다.
C: 17, H: 28, O: 1
그런 다음 주기율표 의 각 원소에 대한 원자량을 검색합니다.
C: 12.0107, H: 1.00794, O: 15.9994
이제 원자 수와 원자량의 곱의 합을 계산합니다.
몰 질량 (C17H28O) = ∑ Counti * Weighti =
Count(C) * Weight(C) + Count(H) * Weight(H) + Count(O) * Weight(O) =
17 * 12.0107 + 28 * 1.00794 + 1 * 15.9994 =
248.4036 g/mol
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화학 구조 |
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![C17H28O - 화학 구조](data:images/png;base64,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) 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관련 화합물
힐 시스템의 공식은 C17H28O
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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 |