Math, asked by annapuramsushma17, 7 months ago

Coca Cola and Wine (UNSOLVED]
rcentage
whisky replaced is :
(d)
(Hotel Management 1991)
he ratio 7:2. How much
Te containing milk and
(Railways 1992)
(d) 91 ml
ad girls in such a way
The number of girls
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Coca Cola and Wine
(d) 65
s partly by bus at
tance covered by
Ple
= MCQ
DESCRIPTION
640 km
- either 10 paise
is :
60
e but he mixes
water in the
A tumbler consists of mixture of Coca Cola and wine
consisting 18% Coca Cola.
8 litres of the mixture is drawn out of the tumbler which is
again replaced by wine. If the present percentage of Coca Cola
is 15%, then what would be the quantity of the mixture in the
tumbler?
much water
25% ?
C
of milk
further

Answers

Answered by bubbletea100
0

he Coca Cola Christmas Analogue Train Set

Resplendent in a Coke® Red livery, this officially licensed train set for the adult collector offers an almost timeless iconic interpretation of the Coca-Cola® brand, representing the logistics involved in bringing Coke®, by rail, from the factory to the doorstep.

The set is an ideal starter layout and offers the model railway enthusiast a brilliant and unique train set with an engine & wagons featuring the distinctive Coca-Cola® design. It includes a good starter layout that can also be enjoyed by those new to the hobby and easily extended later.

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What’s in the box?

Rolling Stock

0-4-0 Diesel Shunter Locomotive, Coca Cola®

Closed Box Van, Coca Cola®

Container Wagon, Coca Cola®

 

Track & Accessories

1st Radius Starter Oval

Train Controller (R8250)

Wall Plug Transformer (P9000W)

Re-Railer

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Mark as brainliest.

Answered by tiwariakdi
0

1. There was 48 litres of mixture in the tumbler initially.

2. The man added 150 ml of water.

3. There is no solution to this problem.

Problem 1:

A tumbler consists of a mixture of Coca Cola and wine, which is 18% Coca Cola. 8 litres of the mixture are drawn out and replaced with wine, after which the mixture has 15% Coca Cola. How much mixture was in the tumbler initially?

Let's call the initial amount of mixture in the tumbler "x". We know that 18% of x is Coca Cola, which means 82% of x must be wine. We can set up the equation:

0.18x = amount of Coca Cola in the mixture initially

0.82x = amount of wine in the mixture initially

When 8 litres of the mixture are drawn out, the amount of Coca Cola that is removed is:

0.18x * (8/x) = 1.44

Similarly, the amount of wine that is added back to the tumbler is also 8 litres. At this point, we have 0.15x Coca Cola and 0.85x wine in the tumbler. We can set up another equation:

0.15x = amount of Coca Cola in the mixture after replacement

0.85x = amount of wine in the mixture after replacement

We can use these equations to solve for x:

0.18x - 1.44 = 0.15x

0.03x = 1.44

x = 48

Problem 2:

A man has 60 ml of whisky, and he replaces some of it with water so that the new mixture is 7 parts whisky to 2 parts water. How much water did he add?

Let's call the amount of water that the man added "x". Then the new mixture is:

7 parts whisky : 2 parts water = 7/9 : 2/9

We can set up the equation:

(7/9) * (60 ml) = amount of whisky in the new mixture

(2/9) * (60 ml + x) = amount of water in the new mixture

We can solve for x:

(7/9) * (60 ml) = (2/9) * (60 ml + x)

420 = 120 + 2x

300 = 2x

x = 150

Problem 3:

A milk container has 2 litres of milk that is 20% water. How much milk should be taken out and replaced with pure milk so that the new mixture is 25% water?

Let's call the amount of milk that should be taken out "x". Then the amount of milk that remains in the container after x is removed is 2 - x. When x amount of milk is removed, the amount of water in the container is 0.2x, and the amount of milk is 2 - 0.2x.

When x amount of pure milk is added back to the container, the amount of milk becomes 2 - 0.2x + x = 2 + 0.8x, and the amount of water becomes 0.2x. We want the new mixture to be 25% water, so we can set up the equation:

0.25(2 + 0.8x) = 0.2x

We can solve for x:

0.5 + 0.2x = 0.2x

0.5 = 0

This is a contradiction, so there is no solution to this problem

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