make a list of at least five mixtures found in your kitchen. how would you separate their components? tabulate them with their respective method of separation.​

Answer:

Individual and Collective Wants: Individual wants are those which are required by one specific person. ... On the other hand, collective wants are those which are required by a community as a whole. For example, a school, hospital, etc., are collective wants.

Answer:

Individual wants are those which are required by one specific person. For example, you want a school bag, you want to eat chocolates, and such other wants. On the other hand, collective wants are those which are required by a community as a whole. For example,  a school, hospital, etc., are collective wants. Again, if you want your country to win the match, it is collective rather than individual want.

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Answer:

Polar solvents are generally unfavorable for homolytic fission.

Although UV light, peroxide and high temperature are stimulants for homolytic fission.

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Homolytic fission is not a favorable presence of polar solvents. (Option C)

• Reactions that continue through homolytic bond fission may be brought on via way of means of UV Lights and sunlight, as power is wanted to interrupt the bond homiletically.
• There may be homolytic removal of carbon compounds at excessive temperatures and withinside the absence of oxygen which is likewise called pyrolysis.
• Homolytic fission is desired via way of means of situations including non-polar nature of the bond, excessive temperature, U.V radiations, presence of peroxides, etc.
• Homolytic fission is desired whilst the electronegativities of the special atoms are nearly the same, with the presence of a non-polar solvent below excessive temperature or excessive power radiation.

Answer:

In 1 minute the wheel turns 360 times, So in 3 seconds it turns 18 times. One revolution =360 degrees =2π radians. So 18 revolutions =36π radians.

Given,

Revolution/ min = 360 times

To find,

No of revolutions in 3 sec = ? (in radians)

Solution,

We know that it takes 60 sec to complete 360 revolutions.

               1 revolution = 360°                                                (i)                        

And,

                360° = 2π radians                                                (ii)

From (i) and (ii)

               1 revolution = 2π radians

By using unitary method,

                1 revolution→ 2π radians

           360 revolution→     ?

∵  No. of radians covered by 360 revolutions in 60 secs is 720 π radians.  

By using unitary method again,

                 60 secs→720 π radians

                    3 secs→      ?

Therefore, in 3 secs the wheel will cover 12 π radians.

Answer:

PLEASE MARK IT AS BRAINLIST

PLEASE MARK IT AS BRAINLIST

Explanation:

Water is a critical input for agricultural production and plays an important role in food security. ... Currently, agriculture accounts (on average) for 70 percent of all freshwater withdrawals globally (and an even higher share of “consumptive water use” due to the evapotranspiration of crops).