Answer:
the answer is b
Explanation:
- Atoms are not divisible into smaller particles.
- It is impossible to define the mass of an atom.
- The atom contains no particles that have a neutral charge.
Answer:
- The positive charge in an atom is concentrated in one location.
Explanation:
In Rutherford's experiment when alpha particles are projected towards the gold foil then he observed that major proportion of the alpha particles are moved out undeviating.
This shows that alpha particles which are positively charged are not repelled by other positive charge of nucleus as it is concentrated at small part of atom
because very few alpha particles are reflected back at 180 degree so he concluded that nucleus charge is concentrated at very small space
and that part is termed as nucleus.
so correct answer is
- The positive charge in an atom is concentrated in one location.
B) mechanical motion.
C) heat and light energy.
D) electrical and heat energy.
As per the question the crumpled paper was burnt .
When the paper was burnt,it produces light.One also feels the sensation of heat.
The electrical energy is due to the flow of electrons. Here no electronic motion takes place.Hence no electrical energy will be produced.
Mechanical energy is the sum total of kinetic and potential energy.The kinetic energy is the energy gained due to the motion of the body and potential energy is the energy gained due to the position or configuration of the body.
Hence from above,we can get that the correct answer to the question is-C] Heat and light energy.
The taste of the resulting mixture depends on the constituents of the mixture. The amount of the constituents of the mixture also plays a vital role in determining the taste of the mixture.
Further Explanation:
The mixture is a composition of two or more different types of compounds or entities mixed in a desired ratio in order to obtain a different product as a result of the two quantities. The mixing of two or more entities is called as a mixture only when there is no chemical reaction taking place between the two entities.
The taste of a mixture depends on the quantity of the compounds mixed in the formation of the mixture. If we consider the example of the mixture of glucose and water, the sweetness of the mixture depends on the amount of glucose added to the water. The more the amount of glucose, more will be the sweetness of the solution.
In the same manner, in the solution of salt and water, the taste of the mixture depends on the amount of salt added to the water.
Therefore, it can be stated that the taste of the mixture is dependent on the amount of the compound used in the formation of the mixture.
Learn more:
1. Wind and solar energy are examples of brainly.com/question/1062501
2. Water is a compound because it brainly.com/question/4636675
3. The component of a level brainly.com/question/1073452
Answer Details:
Grade: Junior School
Subject: Physics
Chapter: Mixtures
Keywords:
Mixture, entities, compounds, taste, sweet, sugar and water, glucose and water, salt and water, amount, composition, chemical.
The taste of the resulting mixture depends upon the ingredients and constituents.
The particular ingredients being blended will determine the flavor of the finished product. When combined, different components can have contrasting flavors and produce a distinctive flavor profile.
Sweet: A mixture that contains sugar, honey, or other sweet substances is likely to taste sweet.
Salty: Adding salt, soy sauce, or salty seasonings will make a dish taste salty.
Sour: When sour flavors, such as vinegar or lemon juice, are combined with other substances, the result is a sour flavor.
Spicy: When combining hot or spicy ingredients, such as chili peppers or hot sauces, the mixture will taste hot or spicy.
Bitter: When combined with other ingredients, some items, such as bitter melon or greens like kale, can add to the bitterness of the dish.
Hence, the taste of the resulting mixture depends upon the ingredients.
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