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Kyla asked a question
Subject: Applied Mathematics, asked on on 3/10/22
xy dx + (x^2 - 3y) dy =0
Follow the Step by step (Bernaulli DE):
1. Write the equation into the Bernoulli?s form.
2. Identify P, Q, and n.
3. Let v = y1-n
4. Solve for integrating factor ?
?? = ??(1-n)?P(x)dx or ??=e(1-n)?P(y)dy
5. Multiply both sides of equation by ?.
Note: The integral of the left side is always equal to v?.
General Solution: ???? = (?? ? ??) ? ??(??) ? ?? ???? +??
6. Integrate both sides of equation to get the General Solution.
7. Substitute v = y1-n to have the GS in terms of x and y.
Kunal asked a question
Subject: Applied Mathematics, asked on on 4/9/22
Reasoning input output question
Abhaya asked a question
Subject: Applied Mathematics, asked on on 15/12/21
Please provide the solutions
Peehu asked a question
Subject: Applied Mathematics, asked on on 25/9/21
Total Distance covered and divide it by your amount of Fuel required to fill your car's tank. For Example, Total distance Covered 466 Kms and Fuel filled was 30 Litres then the Mileage comes out to be 15.6 Kms per litre. There are other ways to calculate and you can find it on Google. Anupriya and Mandavi are very close friends. Anupriya's parents own a Tata Nexon. Mandavi's parents own a Maruti Swift. Both the families decide to go to Patna by their own cars. For every litre of petrol, Anupriya's car travels x km and Mandavi's car travels 2 km more than Anupriya's car. Anupriya's car uses 3 litres more than Mandavi's car in covering 660 kmQuestion:1)

Choose correct option?

A)

The quadratic equation has at least one real

root.

B)

The quadratic equation has at least two real

roots.

c) The quadratic equation has at most two real

roots.
Kyla asked a question
Subject: Applied Mathematics, asked on on 3/10/22
2y dx + x [ x^2ln(y) - 1] dy = 0
Follow the Step by step (Bernaulli DE):
1. Write the equation into the Bernoulli?s form.
2. Identify P, Q, and n.
3. Let v = y1-n
4. Solve for integrating factor ?
?? = ??(1-n)?P(x)dx or ??=e(1-n)?P(y)dy
5. Multiply both sides of equation by ?.
Note: The integral of the left side is always equal to v?.
General Solution: ???? = (?? ? ??) ? ??(??) ? ?? ???? +??
6. Integrate both sides of equation to get the General Solution.
7. Substitute v = y1-n to have the GS in terms of x and y.
K D asked a question
Subject: Applied Mathematics, asked on on 23/8/21
4 men can do a job in 5 days
7 women can do a job in 8 days

How much time will 3 men and 4 women take to finish the same job?
Abhaya asked a question
Subject: Applied Mathematics, asked on on 19/12/21
Choose correct pair in the place of?
Kaviya asked a question
Subject: Applied Mathematics, asked on on 19/10/22
some goats are vegetarians all vegetarians are blessed statements and conclusions so some goods are blessed at least some blessed are vegetarians whether the conclusions is true or false
Abhaya asked a question
Subject: Applied Mathematics, asked on on 19/12/21
The value of P the following
Kyla asked a question
Subject: Applied Mathematics, asked on on 3/10/22
y' = y ( xy^3 - 1 )
Follow the Step by step (Bernaulli DE):
1. Write the equation into the Bernoulli?s form.
2. Identify P, Q, and n.
3. Let v = y1-n
4. Solve for integrating factor ?
?? = ??(1-n)?P(x)dx or ??=e(1-n)?P(y)dy
5. Multiply both sides of equation by ?.
Note: The integral of the left side is always equal to v?.
General Solution: ???? = (?? ? ??) ? ??(??) ? ?? ???? +??
6. Integrate both sides of equation to get the General Solution.
7. Substitute v = y1-n to have the GS in terms of x and y.
Kyla asked a question
Subject: Applied Mathematics, asked on on 3/10/22
xy' - ( 1 + x ) y = xy^2
Follow the Step by step (Bernaulli DE):
1. Write the equation into the Bernoulli?s form.
2. Identify P, Q, and n.
3. Let v = y1-n
4. Solve for integrating factor ?
?? = ??(1-n)?P(x)dx or ??=e(1-n)?P(y)dy
5. Multiply both sides of equation by ?.
Note: The integral of the left side is always equal to v?.
General Solution: ???? = (?? ? ??) ? ??(??) ? ?? ???? +??
6. Integrate both sides of equation to get the General Solution.
7. Substitute v = y1-n to have the GS in terms of x and y.
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