Maths, inequalities

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ᴘɪᴄᴄʜɪ | 🎧 🎶
take the neg out and use wavy curve
Deleted User
Deleted UserOP8mo ago
im getting ans as (-1,0) U (3/4,5/2) nah i didnt do that. i find that uncomfortable for some reason.
ᴘɪᴄᴄʜɪ | 🎧 🎶
and used wavy curve?
Deleted User
Deleted UserOP8mo ago
Yea i used wavy curve.
ᴘɪᴄᴄʜɪ | 🎧 🎶
its the opposite
Deleted User
Deleted UserOP8mo ago
howw my wavy cruve comes like this
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Deleted User
Deleted UserOP8mo ago
so x belongs to (-1,0) U (3/4,5/2)
ᴘɪᴄᴄʜɪ | 🎧 🎶
coefficients must be positive of x
Deleted User
Deleted UserOP8mo ago
that doesnt matter right? like u can still do it even if its neg right?
ᴘɪᴄᴄʜɪ | 🎧 🎶
just use any value in your answer and put it inside the original eqn take -1/2
Deleted User
Deleted UserOP8mo ago
doesnt come.
ᴘɪᴄᴄʜɪ | 🎧 🎶
obv i mean you can use it
Ansh Agarwal
Ansh Agarwal8mo ago
You change the sign when you take the negative out ,tex $ x>\frac{3}{4} , x< \frac{-5}{2}
ᴘɪᴄᴄʜɪ | 🎧 🎶
but answer ulta aata hai ^
Deleted User
Deleted UserOP8mo ago
yea im not able to understand, but i can do my method too right, without taking out negs
Keshav
Keshav8mo ago
take the critical points construct the number line and then alternate sign change
ᴘɪᴄᴄʜɪ | 🎧 🎶
answer will be the other way
Deleted User
Deleted UserOP8mo ago
i didnt take out negs.
ᴘɪᴄᴄʜɪ | 🎧 🎶
on odd number of negatives
Deleted User
Deleted UserOP8mo ago
yea, why isnt that not right?
ᴘɪᴄᴄʜɪ | 🎧 🎶
man you just need to take out negative 😭 do it na
Ansh Agarwal
Ansh Agarwal8mo ago
You just don't It adds other things that you'll need to care about when you take the negatives out and when the inequalities becomes more complex it creates problems and gets you error prone answers
Deleted User
Deleted UserOP8mo ago
idk i dont feel comfortable, like even if i dont take out negs it still can be done right Oh dang, ok thanks then
ᴘɪᴄᴄʜɪ | 🎧 🎶
sigh oki
Deleted User
Deleted UserOP8mo ago
-solved @ᴘɪᴄᴄʜɪ | 🎧 🎶 @Ansh Agarwal @Keshav
Deleted User
Deleted UserOP8mo ago
+solved @Picchi @Ansh Agarwal @Keshav bruh.
Keshav
Keshav8mo ago
+solved
ᴘɪᴄᴄʜɪ | 🎧 🎶
+fsolved @Keshav @Ansh Agarwal
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