Is dim and concentrated are comparable words. The solution you got in Activity 2.2 was relatively slow compared to Group B. Activity Take two beakers and fill each with about 50 mL of water. Add salt to one goat and sugar or barium chloride to the other goat and keep stirring. If the soluble particles do not dissolve in large quantities, start adding the solvent to the beaker again.
The arrow has solvent solvent and solvent as the constituent chamber, the component of the solution which dissolves the other particles in itself (the amount of particulate matter in solution is called solvent and the particle of solution which dissolves in solvent less) Hoy) It is called soluble, for example? (I) A solution made of sugar in water is a solid solution made in solid liquid. The solution is called ** tincture iodine '' in which iodine (solid) at a given temperature is salt and sugar or barium, soluble and alcohol (liquid solvent. Chloride is equally soluble?).
A solution is a solution that has the same capacity as a solution, containing carbon dioxide (gas) as a solvent and water (liquid) as a solvent. Solution made in u. There is a lot of air. In other words, when at a certain temperature all gases are homogeneous mixture. If the two main solutions cannot dissolve more solids, it is called a saturated component: oxygen (21%) and nitrogen solution. At a certain temperature is the solubility (78%) present in the solution.
LEARNING WITH FUN AND ACTIVITY -3
āŠāŠŪ્āŠŪāŠĪ āŠļાāŠĨે āŠ્āŠાāŠĻ āŠŪેāŠģāŠĩો: 03 ð
āŠŠāŠ°્āŠŊાāŠĩāŠ°āŠĢ .āŠ§ો: 3 āŠĨી 8 āŠŪાāŠે
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āŠĻીāŠે āŠāŠŠેāŠēાં āŠŠ્āŠ°āŠķ્āŠĻો āŠŠ્āŠ°āŠĨāŠŪ āŠĪāŠŪાāŠ°ી āŠĻોāŠāŠŽુāŠāŠŪાં āŠēāŠો.
āŠ
āŠĻે āŠļાāŠો āŠĩિāŠāŠē્āŠŠ āŠŠāŠļંāŠĶ āŠāŠ°ી āŠĻીāŠે ✔️āŠીāŠ āŠāŠ°ો.
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(1) āŠāŠĄિāŠŊો āŠāŠĢāŠĪāŠ° āŠāŠ°āŠĩા āŠāŠŊું āŠļાāŠ§āŠĻ āŠĩાāŠŠāŠ°ે āŠે?
āŠāŠ°āŠĢ āŠđāŠĨોāŠĄી āŠēેāŠēું āŠાāŠāŠĄો
(2)āŠુંāŠાāŠ° āŠ્āŠŊાં āŠļાāŠ§āŠĻāŠĨી āŠŪાāŠીāŠĻાં āŠĩાāŠļāŠĢ āŠŽāŠĻાāŠĩે?
āŠ°ંāŠ§ો āŠાāŠāŠĄો āŠđāŠĨોāŠĄી āŠēેāŠēું
(3) āŠૂāŠĻા āŠāŠŪાāŠĻાāŠŪાં āŠ°āŠļોāŠ āŠ્āŠŊાં āŠŽāŠĻાāŠĩāŠĪાં āŠđāŠķે?
āŠļāŠāŠĄી āŠૅāŠļ āŠŠ્āŠ°ાāŠāŠŪāŠļ āŠૂāŠēો
(4) āŠēોāŠંāŠĄāŠŪાંāŠĨી āŠોāŠĢ āŠāŠાāŠ°ો āŠŽāŠĻાāŠĩāŠĪું āŠđāŠķે?
āŠĶāŠ°āŠી āŠļુāŠĨાāŠ° āŠēુāŠđાāŠ° āŠļોāŠĻી
(5) āŠŠાāŠāŠŠāŠēાāŠāŠĻ -āŠĻāŠģ āŠŦિāŠીંāŠ āŠોāŠĢ āŠāŠ°āŠĪું āŠđāŠķે?
āŠાāŠĄāŠૂંāŠો āŠŠ્āŠēāŠŪ્āŠŽāŠ° āŠŪોāŠી āŠĶāŠ°āŠી
(6) āŠŽાāŠĨāŠ°ૂāŠŪāŠŪાં āŠ
ંāŠĶāŠ° āŠķું āŠēāŠાāŠĄāŠĩાāŠŪાં āŠāŠĩે āŠે?
āŠાāŠŠāŠĄ āŠŠāŠĪāŠ°ું āŠાંāŠāŠ°ી āŠાāŠāŠē્āŠļ
(7) āŠંāŠ āŠ
āŠĻે āŠĻāŠģિāŠŊાં āŠķાāŠŪાંāŠĨી āŠŽāŠĻāŠĪાં āŠđāŠķે?
āŠēોāŠંāŠĄ āŠēાāŠāŠĄું āŠŪાāŠી āŠ°ેāŠĪી
(8) āŠĻાāŠĻી āŠĻāŠĶીāŠŪાં āŠāŠŊું āŠĩાāŠđāŠĻ āŠાāŠēી āŠķāŠāŠĪું āŠđāŠķે?
āŠđોāŠĄી āŠļ્āŠીāŠŪāŠ° āŠŽāŠļ āŠ°ેāŠēāŠાāŠĄી
(9) āŠŠીāŠĩાāŠĻું āŠķુāŠĶ્āŠ§ āŠŠાāŠĢી āŠ્āŠŊાંāŠĨી āŠŪāŠģāŠĪું āŠđāŠķે?
āŠĪāŠģાāŠĩ āŠાāŠŽોāŠિāŠŊું āŠĶāŠ°ીāŠŊો āŠŽોāŠ°
(10) āŠŠાāŠĢીāŠŪાં āŠāŠ āŠĩāŠļ્āŠĪું āŠĻાāŠāŠĩાāŠĨી āŠļāŠŦેāŠĶ āŠŽāŠĻે?
āŠļાāŠāŠ° āŠŪીāŠ ું āŠĶૂāŠ§ āŠાંāŠĄ
(11) āŠĩāŠ§ું āŠĩāŠ°āŠļાāŠĶ āŠŠāŠĄāŠĩાāŠĨી āŠĻāŠĶીāŠŪાં āŠķું āŠāŠĩે ?
āŠાāŠāŠģ āŠ§ુāŠŪ્āŠŪāŠļ āŠŠૂāŠ° āŠāŠ°ા
(12) āŠāŠŊો āŠŠāŠĶાāŠ°્āŠĨ āŠŠાāŠĢીāŠŪાં āŠāŠāŠģāŠĪો āŠĻāŠĨી?
āŠ°ેāŠĪી āŠŪીāŠ ું āŠાંāŠĄ āŠļોāŠĄા
(13) āŠોāŠĢ āŠાāŠŽોāŠિāŠŊાāŠŪાંāŠĨી āŠŪાāŠāŠēી āŠŠāŠāŠĄે āŠે?
āŠđંāŠļ āŠāŠŽૂāŠĪāŠ° āŠŽāŠāŠēો āŠĪેāŠĪāŠ°
(14) āŠāŠŊો āŠŠāŠĶાāŠ°્āŠĨ āŠŠાāŠĢીāŠŪાં āŠāŠģી āŠāŠĪો āŠĻāŠĨી?
āŠēીંāŠŽુ āŠ°āŠļ āŠોāŠģ āŠĶૂāŠ§ āŠĪેāŠē
(15)āŠļિāŠŪેāŠĻ્āŠ, āŠ°ેāŠĪી, āŠāŠŠāŠીāŠĻો āŠŪાāŠē āŠોāŠĢ āŠŽāŠĻાāŠĩે?
āŠŠોāŠēીāŠļ āŠŪāŠૂāŠ° āŠļુāŠĨાāŠ° āŠļોāŠĻી
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Other gases have a much smaller amount of solubility. In quantities. - If the amount of solute in the solution is less than the saturated level AL (Properties of a Solution) then such solution is called unsaturated solution. The solution is a homogeneous mixture. What happens if you take a saturated solution at a certain temperature * and cool the particles of the solution more slowly than the diameter of one fnm (109 m)? Are less.
So they cannot be seen with the naked eye. From the above activity it can be inferred that due to the particle size of a particular solution, the solubility of different substances in a given solvent at different temperatures may differ by scattering the rays of light passing through them. Can't. That is why the concentration of a solution by looking at the path of light in a solution means that the amount of solute present in a given quantity of solution (cannot be massed or size) or the particles of soluble mass of a given quantity cannot be separated from the solution by filtration.
LEARNING WITH FUN AND ACTIVITY -3
Although the soluble particles are kept without any disturbance, they do not settle to the bottom, which is why the solution is stable. Amount of solution The amount of solute dissolved in the solvent. Concentration of solution = amount of solvent or 2.2.1 siqa-risal (Concentration of a solution) In Activity 2.2 we saw that groups A and B have solutions of different shades of the same substance. Thus we can understand that, the amount of solute in a solution, it can be called dilute, concentrated or saturated solution. Concentration of solution = amount of solute
What about that? Have 1. avel) e medium - of sound. Attach the following airtight pipe. Will be able to. When crying - less. What if? What? These waves are called corresponding waves. Particles of medium particles in these waves 4. (My school bell, how sound is produced parallel to the direction of transfer transmission. Understand what a particle does from one place to another.
LEARNING WITH FUN AND ACTIVITY -3
āŠāŠŪ્āŠŪāŠĪ āŠļાāŠĨે āŠ્āŠાāŠĻ āŠŪેāŠģāŠĩો: 02 ð
āŠુāŠāŠ°ાāŠĪી āŠાāŠ·ા āŠļāŠ્āŠāŠĪા.āŠ§ો: 3 āŠĨી 8 āŠŪાāŠે
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✳️ āŠāŠĶાāŠđāŠ°āŠĢ āŠŠ્āŠ°āŠŪાāŠĢે āŠĩાāŠ્āŠŊ āŠŽāŠĻાāŠĩીāŠĻે āŠēāŠો.
āŠāŠĶા. āŠŪāŠĻુ āŠŪāŠŪāŠ°ા āŠાāŠŊ āŠે.=āŠŪāŠĻુ āŠŪāŠŪāŠ°ા āŠાāŠķે.
(1) āŠĩૈāŠāŠĩી āŠĶાāŠĄāŠŪ āŠāŠ°ીāŠĶે āŠે.=____________
(2) āŠĻāŠĩીāŠĻ āŠāŠļોāŠી āŠēāŠે āŠે. =____________
(3) āŠિāŠ°āŠĢ āŠĶૂāŠ§ āŠŠીāŠĩે āŠે. =____________
(4) āŠ°āŠŪેāŠķ āŠ°āŠŪāŠĩા āŠાāŠŊ āŠે. =____________
(5) āŠŪāŠŪ્āŠŪી āŠĩાāŠ°્āŠĪા āŠāŠđે āŠે. =____________
(6) āŠોāŠિāŠēા āŠેāŠ°ી āŠાāŠŊ āŠે =____________
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✳️ āŠૌંāŠļāŠŪાં āŠāŠŠેāŠēાં āŠķāŠŽ્āŠĶોāŠĻા āŠāŠ§ાāŠ°ે āŠēāŠો :
(āŠŪાāŠļ, āŠŠંāŠી, āŠŦāŠģ, āŠ°ંāŠ, āŠĩાāŠđāŠĻ, āŠķાāŠāŠાāŠી)
(1) āŠŽāŠાāŠા, āŠ°ીંāŠāŠĢ, āŠીંāŠĄા =____________
(2) āŠāŠāŠēી, āŠŪોāŠ°, āŠŠોāŠŠāŠ =____________
(3) āŠļāŠŦેāŠĶ, āŠાāŠģો, āŠēીāŠēો =____________
(4) āŠેāŠ°ી, āŠŪોāŠļંāŠŽી, āŠીāŠુ =____________
(5) āŠૂāŠĻ,āŠુāŠēાāŠ,āŠāŠāŠļ્āŠ =____________
(6) āŠŽāŠļ, āŠ°ીāŠ્āŠ·ા, āŠŪોāŠāŠ° =____________
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✳️ āŠŊોāŠ્āŠŊ āŠŠ્āŠ°ાāŠļ āŠ§āŠ°ાāŠĩāŠĪાં āŠķāŠŽ્āŠĶો āŠķોāŠ§ીāŠĻે āŠēāŠો :
āŠāŠĶાāŠđāŠ°āŠĢ: āŠŠāŠ°āŠŪ > āŠāŠ°āŠŪ āŠāŠĄāŠો > āŠĪāŠĄāŠો
(1) āŠļાāŠĪ >_______ (2) āŠĪāŠ°āŠĩા >_______
(3) āŠĻાāŠĶ >_______ (4) āŠĪāŠŪāŠ°ાં >_______
(5) āŠોāŠŊāŠē >______ (6) āŠļૂāŠ° >_______
(7)āŠāŠિāŠŊા >_____ (8) āŠĪāŠ°āŠĢા >______
(9) āŠ°ાāŠĄ >______ (10)āŠđાāŠŪ >_______
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Kids are always curious and expressive. Here indoor games can help them learn new things. Skipy’s creative play kits encourage children to draw on their own, the blend of mixed reality with the toy keeps the children entertained in a safe way along with making them as a creative thinker.
Apart from this pandemic where social distancing is the new normal, many other factors in the society and environment support indoor activities for kids. Rising pollution, lack of space in metro cities also questions the outdoor play. And hence a large percentage of parents are moving them into indoor activities for their kids. Here we will discuss some of the best benefits of indoor activities for kids that make it better than outdoor activities.
When kids are made to play outdoor, they spent most of their time in physical activities like running, jumping, and sports which help in maintaining good physical health. But when it comes to creativity, the improvement is not guaranteed. Indoor games are mostly calm, entertaining, and knowledge oriented. There are many numbers of educational toys out there that help kids to bring out their creativity.
āŠāŠŪ્āŠŪāŠĪ āŠļાāŠĨે āŠ્āŠાāŠĻ āŠŪેāŠģāŠĩો: 01 ð
āŠુāŠāŠ°ાāŠĪી āŠાāŠ·ા āŠļāŠ્āŠāŠĪા.āŠ§ો: 3 āŠĨી 8 āŠŪાāŠે
*āŠķāŠŽ્āŠĶ āŠķોāŠ§ો āŠેāŠĻી āŠŠાāŠāŠģ āŠĻો āŠેāŠē્āŠēો āŠ
āŠ્āŠ·āŠ° "āŠ°ી" āŠđોāŠŊ*
1..āŠŠિāŠĪાāŠĻે āŠĩ્āŠđાāŠēી..
2..āŠāŠ āŠŦāŠ°āŠļાāŠĢ
3.. āŠĶેāŠķી āŠŠીāŠા
4..āŠĪોāŠŦાāŠĻી āŠોāŠāŠ°ાāŠ āŠāŠ°ે
5..āŠŪાāŠĪા āŠŠિāŠĪાāŠĻી āŠāŠ°āŠĩી āŠોāŠāŠ
6..āŠēāŠ્āŠĻ āŠĻ āŠĨāŠŊેāŠēા āŠđોāŠŊ āŠāŠĩી āŠāŠĻ્āŠŊા
7..āŠķાāŠāŠાāŠી āŠĩાāŠģો āŠķાāŠ āŠĩેāŠāŠĩા āŠāŠĻો āŠāŠŠāŠŊોāŠ āŠāŠ°ે..
8..āŠŪāŠđેāŠĻāŠĪ āŠāŠ°ી āŠĻે āŠŪāŠāŠĶૂāŠ° āŠŪેāŠģāŠĩે
9..āŠļૂāŠāŠેāŠķ āŠŽāŠĻાāŠĩāŠĪી āŠંāŠŠāŠĻી
10..āŠĄોāŠāŠāŠ° āŠĻેāŠĻે āŠĻી āŠŠāŠĪ્āŠĻી
11..āŠĶોāŠļ્āŠĪી
12..āŠāŠŠāŠĄાં āŠŪુāŠāŠĩા āŠેāŠĻી āŠāŠ°ૂāŠ° āŠŠāŠĄે
13..āŠāŠŠāŠĄાં āŠļૂāŠāŠĩāŠĩા āŠāŠŠāŠŊોāŠ āŠāŠ°āŠĩો
14.. āŠļ્āŠĪ્āŠ°ી āŠĻું āŠāŠŠāŠĻાāŠŪ
15..āŠ°ાāŠŪાāŠŊāŠĢ āŠĻું āŠŠાāŠĪ્āŠ°
16..āŠāŠીāŠŊા āŠļાāŠĨે āŠĪેāŠē āŠŪાં āŠŠāŠĄે
17..āŠ āŠēાāŠે āŠĪો āŠŠૈāŠļાāŠĶાāŠ° āŠŽāŠĻી āŠāŠāŠ
18āŠĻાāŠĻા āŠŽાāŠģāŠો āŠĻી āŠĩાāŠ°્āŠĪા āŠŪાં āŠāŠĩāŠĪી āŠļāŠđુāŠĻી āŠĩ્āŠđાāŠēી..
19.. āŠķાāŠ āŠļુāŠ§ાāŠ°āŠĩાāŠĻું āŠļાāŠ§āŠĻ
20..āŠŽીāŠŪાāŠ° āŠĻ āŠĨāŠĩું āŠđોāŠŊ āŠĪો āŠŠાāŠģો
21.. āŠāŠ āŠļૂāŠો āŠĻાāŠļ્āŠĪો
22..āŠļુāŠ°āŠĪ āŠĻી āŠĩāŠāŠĢાāŠĪી āŠŪીāŠ ાāŠ
23..āŠŪીāŠ ું āŠો āŠĩāŠ§ાāŠ°ે āŠđોāŠŊ āŠĪો āŠ°āŠļોāŠ āŠēાāŠે..
24..āŠો āŠāŠĩાāŠŽ āŠĻ āŠāŠĩāŠĄે āŠĪો āŠļāŠĩાāŠē āŠĩાંāŠāŠો
25.. āŠેāŠē્āŠēે āŠોāŠ āŠૂāŠē āŠĨāŠ āŠāŠ āŠđોāŠŊ āŠĪો...
āŠāŠĩાāŠŽો ð
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