India Languages, asked by vijayvishal486, 4 months ago

गुणेष्वेव हि कर्तव्यः प्रयत्नः पुरुषैः सदा।
गुणयुक्तो दरिद्रोऽपि नेश्वरैरगुणैः समः।।
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Answers

Answered by arjunacharya2126
1

Answer:

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{\large{\bold{\rm{\large{Given \; that}}}}}Giventhat

★ The axis is along x-axis and passing through the point (2, 3).

{\large{\bold{\rm{\large{To \; determine}}}}}Todetermine

★ The equation of parabola with vertex at origin the axis is along x-axis and passing through the point (2, 3) is ?

{\large{\bold{\rm{\large{Solution}}}}}Solution

★ The equation of parabola with vertex at origin the axis is along x-axis and passing through the point (2, 3) is {\bold{\red{2y^{2} \: = \: 9x}}}2y

2

=9x

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{\large{\bold{\rm{\large{Using \: concept}}}}}Usingconcept

★ The equation of parabola with vertex at origin the axis is given by what?

{\large{\bold{\rm{\large{Using \: formula}}}}}Usingformula

★ The equation of parabola with vertex at origin the axis is given by {\bold{\red{y^{2} \: = \: 4ax}}}y

2

=4ax

{\tt{Here,}}Here,

\; \; \; \; \; \;{\bold{\longrightarrow y^{2} \: is \: 3^{2}}}⟶y

2

is3

2

\; \; \; \; \; \;{\bold{\longrightarrow x \: is \: 2}}⟶xis2

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{\large{\bold{\rm{\large{Full \; Solution}}}}}FullSolution

~ Now we have to put the values according to the dimension..!

{\sf{:\implies y^{2} \: = 4ax}}:⟹y

2

=4ax

{\sf{:\implies 3^{2} \: = 4a(2)}}:⟹3

2

=4a(2)

{\sf{:\implies 3 \times 3 \: = 4a(2)}}:⟹3×3=4a(2)

{\sf{:\implies 9 \: = 4a(2)}}:⟹9=4a(2)

{\sf{:\implies 9 \: = 8a}}:⟹9=8a

{\sf{:\implies 9/8 \: = a}}:⟹9/8=a

{\sf{:\implies a \: = 9/8}}:⟹a=9/8

~ Now let's us imply the value of a as 9/8 in that dimension again to get correct and full solution..!

{\sf{:\implies y^{2} \: = 4ax}}:⟹y

2

=4ax

{\sf{:\implies y^{2} \: = 4(9/8)x}}:⟹y

2

=4(9/8)x

{\sf{:\implies y^{2} \: = (9/2)x}}:⟹y

2

=(9/2)x

(× = ÷) ; (÷ = ×)

{\sf{:\implies 2y^{2} \: = 9x}}:⟹2y

2

=9x

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Answered by vir1213
3

निश्चय ही मनुष्यों को हमेशा गुणों (को ग्रहण करने) में ही प्रयासरत रहना चाहिए | क्योंकि गुणवान गरीब भी गुणहीन अमीर के समान नहीं होता है | अर्थात् गुणों से युक्त निर्धन धनवान् से श्रेष्ठ होता है |

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