Teori Kinetik Gas

Mer som dette

ANALISIS KONSEP HUKUM (MATERI 14)

Ved Bintang Ritonga

Tindak Pidana Kekerasan Dalam Proses Belajar Mengajar Ditinjau Dari Perspektif Hukum Pidana Undang-Undang Nomor 14 Tahun 2005 Tentang Guru Dan Dosen

Ved Ibnu Aqil

PKN MODUL #

Ved m nurdin

NUTRISI HEWAN

Ved Dinda Putri Saskia

Teori Kinetik Gas

Energi Kinetik dan Kecepatan efektif

Harmful microorganisms include fungi, bacteria, protozoa, etc.

They cause several diseases in human beings, animals, and plants, which can even lead to death.

The harmful microorganisms not only can damage the human body, but also the food we eat.

gas diatomik

f = 5

EK = 5/2 k T

gas monoatomik

f = 3

EK = 3/2 N k T EK = 3/2 n R T

Ek = 3/2 kT

What diseases can they cause?

Example

Tekanan gas pada ruangan tertutup

Research about the main characteristics of the microorganisms and give examples!

tekanan partikel

teorema ekipartisi energi

E = f (1/2 k T)

P = 1/3 . Nm₀V²/V

V = volume gas

N = jumlah partikel gas

v² = rata-rata kuadrat kecepatan

m₀ = massa partikel gas

P = tekanan gas

Kecepatan efektif partikel gas

There are five types of microorganisms. Out of these five, four can be free-living or parasitic.

There is one that can be only parasitic since it always reproduces inside other living things.

After enumerating them, click on the flags below to mark the ones which can be free-living and the ones that cannot.

Vrms = √ 3P/ρ

Vrms = √ 3kT/m

EK = 3/2 k T

Gas Ideal

Name the study of microorganisms.

Persamaan

PV = nRT

Hukum Boyle Gay Lussac

P V / T = konstan

Hukum Charles Gay Lussac

tekanan konstan

Hukum Boyle

temperatur konstan

u/ semua partikel gas berlaku hukum2 Newton

pertikel mengalami tumbukan lenting sampurna, energi kinetik kekal

tidak ada interaksi antar partikelnya

partikel tidak menempati volume dlm wadah tsb

partikel2 gas bergerak dlm lintasan lurus dg kelajuan tetap & geraknya acak

sekumpulan partikel gas yang tidak saling berinteraksi satu dengan lainnya.