Math, asked by shreyas6640, 2 days ago

Divide a sum of 13500 into two parts such that if one part be lent at 8x1/3% per annum for 2 years 9 months and the other at 7x1/2 % per annum for 1 year 8 months, the total interest received is 2375. ​

Answers

Answered by pakhareshravani
0

Answer:

Let the one part be x and other be (13500−x)

Let the one part be x and other be (13500−x)100

Let the one part be x and other be (13500−x)100x

Let the one part be x and other be (13500−x)100x

Let the one part be x and other be (13500−x)100x ×

Let the one part be x and other be (13500−x)100x × 3

Let the one part be x and other be (13500−x)100x × 325

Let the one part be x and other be (13500−x)100x × 325

Let the one part be x and other be (13500−x)100x × 325 ×(2+

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 12

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+(

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 100

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )×

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 2

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 12

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x (

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 4

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+(

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 100

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )×

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 2

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 ×

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 × 5

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 × 5

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 × 5 3=2375

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 × 5 3=23755x=114000−81000

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 × 5 3=23755x=114000−81000x=6600

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 × 5 3=23755x=114000−81000x=660013500−6600=6900

Let the one part be x and other be (13500−x)100x × 325 ×(2+ 129 )+( 10013500−x )× 215 ×(1+ 128 )12x ( 411 )+( 10013500−x )× 215 × 5 3=23755x=114000−81000x=660013500−6600=6900So, two parts are Rs6600 and Rs6900

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