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The mass of the object is 0.6 kg and its acceleration of 4 m/s^2. So first use F=ma to calculate the force required to accelerate a 0.60 kg mass to 4 m/s^2.
It's nucleophilic because nitrogen can have 3 bonds and in NH2 it has 2. So it develops are positive charge. When CH3 attacks on it, it's basically attacking a postively charged species. So it's a nucelophilic substituition.
To react with alkali aqueous iodine, it must have CH3C=O group i.e. it must have a methyl ketone group
Hey did you get it mate? I don't think I'm really good at elaborating something ?
Yeah kind of
Actually Carbon has 4 bonds but in CH3 it has 3. So it wants to get another bondYeah kind of
I got it that NH2 is positive so the attacking group must be an nucleophile but then I don't understand how the CH3-CH2 will behave as a nucleophile
Doesn't that make it electron deficient since it doesn't have one bond... so it wont be nucleophilic then :/
I guess you posted the Wrong Screenshot or typed in the Wrong Question no.Can some one explain Q21 please!
Sorry my bad. I meant 26.
Plan experiments according to question asked. Practice. (Y)
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