The stem of a plant is made of several types of tissue that work together.
1 answer:
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Answer:
See explanation and image attached
Explanation:
Aromatic hydrocarbons undergo electrophillic substitution. Usually, substituted benzene is more or less reactive to electrophillic substitution compared to unsubstituted benzene.
Substituents on the benzene ring tend to direct the incoming electrophile during electrophillic substititution. The presence of the -CH3 group on toluene directs the incoming Br electrophile to the ortho/para position.
Where the incoming electrphile E is Bromine, we can see that in the ortho/ para product, the electron pushing -CH3 stabilizes the resonance structure formed and increases electron density at the ortho/para position via resonance compared to the meta product as we can see from the image attached. Hence, the ortho and para products predominate over meta products.
Image credit: Chemistry steps
Answer :
The mass of copper in 5264 kg of compound are, 3498383.158 g
The mass of sulfur in 5264 kg of compound are, 1765616.842 g
Explanation : Given,
Mass of metal = 88.39 g
Mass of non-metal = 44.61 g
Given mass of compound = 5264 kg = 5264000 g (1 kg = 1000 g)
Now we have to calculate the total mass of compound.
Total mass of compound = Mass of metal + Mass of non-metal
Total mass of compound = 88.39 + 44.61 = 133 g
Now we have to calculate the mass of copper.
As, 133 g of compound contains 88.39 g of copper
So, 5264000 g of compound contains of copper
The mass of copper in 5264 kg of compound are, 3498383.158 g
Now we have to calculate the mass of sulfur.
As, 133 g of compound contains 44.61 g of sulfur
So, 5264000 g of compound contains of sulfur
The mass of sulfur in 5264 kg of compound are, 1765616.842 g