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WorksheetsSC F2 BAB 5: SISTEM PEMBEKALAN AIR
Total questions: 26
Worksheet time: 26mins
Terhasil apabila zat terlarut tersebar secara sekata di dalam pelarut dan kelihatan jernih.
Occurs when dissolved substances are evenly distributed in the solvent and looks clear.
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Boleh ditembusi cahaya.
Can be penetrated by light.
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Boleh ditembusi cahaya.
Can be penetrated by light.
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Tidak meninggalkan sisa apabila dituras.
Does not leave residue when filtered.
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Kelihatan jernih.
Appears transparent.
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Tidak membentuk campuran yang jernih dan tidak menghasilkan mendakan.
It does not form a clear mixture and does not produce a sediment at the base of the container.
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Akan menghasilkan mendakan di dasar bekas.
Will produce a sedimentation at the base of the container.
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Campuran air dan kapur ialah
Mixture of chalk and water are
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Air sirap ialah contoh
Syrup is an example of
Larutan / Solution
Ampaian / Suspension
Koloid / Colloid
Kuantiti zat terlarut yang berlebihan di dalam pelarut.
Excess amount of solute in the solvent.
Larutan tepu / Saturated solution
Larutan cair / Dilute solution
Larutan pekat / Concentrated solution
Larutan sederhana / Moderate solution
Kuantiti zat terlarut yang banyak di dalam pelarut.
More amount of solute in the solvent.
Larutan tepu / Saturated solution
Larutan cair / Dilute solution
Larutan pekat / Concentrated solution
Larutan sederhana / Moderate solution
Boleh melarutkan sedikir sahaja lagi zat terlarut.
Can dissolve less solute.
Larutan tepu/ Saturated solution
Larutan cair/ Diluted solution
Larutan pekat / Concentrated solution
Larutan sederhana / Moderate solution
Tidak boleh melarutkan zat terlarut lagi dan menghasilkan mendakan.
Cannot dissolve any more solute and form precipitate.
Larutan tepu/ Saturated solution
Larutan cair/ Dilute solution
Larutan pekat/ Concentrated solution
Larutan sederhana/ Moderate solution
Bahan yang boleh melarut di dalam cecair.
The material that can dissolve in the liquid.
Pelarut/ Solvent
Larutan/ Solution
Zat terlarut/ Solute
Cecair yang boleh melarutkan bahan.
Liquid that dissolves substance.
Pelarut/ Solvent
Larutan/ Solution
Zat terlarut/ Solute
Hasil campuran yang terbentuk apabila zat terlarut melarut di dalam pelarut.
The mixture formed when a solute dissolves in a solvent.
Pelarut / Solvent
Larutan / Solution
Zat terlarut/ Solute
What is the meaning of solute?
Apakah maksud zat terlarut?
the substance that dissolves in a liquid.
bahan yang melarut di dalam cecair
a liquid that is used to dissolve a substance
cecair yang digunakan untuk melarutkan sesuatu bahan
mixture that is formed when a substance dissolves in a liquid
campuran yang terbetuk apabila sesuatu bahan larut dalam air
Which of the following is not an example of colloid?
Manakah yang berikut bukan merupakan contoh koloid?
What is the function of the solvent shown in the diagram?
Apakah kegunaan pelarut yang ditunjukkan dalam rajah?
Dilute paint
Mencairkan cat
Dissolve rubber
Melarutkan getah
Dissolves chlorophyll
Melarutkan klorofil
Dissolves plastic
Melarutkan plastik
Which one of the following is not the physical characteristic of water?
Manakah yang berikut bukan merupakan sifat fizikal air?
A good heat conductor.
Konduktor haba yang baik.
Colourless, odourless and tasteless liquid.
Cecair yang tiada warna, bau dan rasa.
The density of water is 1 g/cm3.
Ketumpatan air ialah 1 g/cm3.
Exist in three states of matter: solid, liquid and gas.
Wujud dalam tiga keadaan jirim: pepejal, cecair dan gas.
How does the boiling point of seawater compared to the pure water?
Bagaimanakah takat didih air laut berbanding takat didih air tulen?
More than 100oC.
Lebih daripada 100oC.
Less than 100oC.
Kurang daripada 100oC.
More than 0oC.
Lebih daripada 0oC.
Less than 0oC.
Kurang daripada 0oC.
Which of the following does not describe the boiling process?
Manakah yang berikut tidak menerangkan proses pendidihan?
Occur only on the surface of water
Berlaku hanya pada permukaan cecair
Occur at boiling point of 1000C
Berlaku pada takat didih iaitu 1000C
The outcome is steam
Hasilnya ialah stim
A fast process
Berlaku dengan cepat
What is the purpose of the plastics as shown in the diagram above?
Apakah kegunaan plastik seperti yang ditunjukkan dalam gambar rajah?
reduce the water loss from the soil
mengurangkan kehilang air dari tanah
as a landscape in the garden
sebagai landskap dalam kebun
decrease the soil erosion
mengurangkan hakisan tanah
collect the crop yields
mengumpulkan hasil tanaman
Name the gases that are collected in the measuring cylinders K and L.
K : Oxygen, L : Hydroden
K : Hydrogen, L : Oxygen
K : Oxygen, L : Nitrogen
K : Hydrogen, L : Nitrogen
The components of water can only be separated through a chemical process known as ........
electrostatic
electrolyte
electrolysis
electrolux
Water is a compound. One molecule of water is made up of ........... oxygen atom and ...........hydrogen atoms.
two, one
one, two
one, one
one, three
