I think the best way is to say it out loud & trust your own ears! But generally euphony has a steady pattern that doesn’t feel rushed, soft or vibrating consonant sounds like W or Sh, repetition (like alliteration), and/or rhyme. I think all of these just cause pleasing sentences that that aren’t jarring to read or hear. It doesn’t usually contain plosive consonants like T and B, but obviously there can be exceptions so definitely go with your initial thought. 

I recommend googling and then reading examples so you can get used to the patterns!

Hope that helped :)

Biology

Is there a specific way in which to identify euphony?

For 15 markers I think it’s best to do two paragraphs showing both sides of the argument, and then a conclusion.

The trinity does split God into three beings (father, son, and spirit) so for younger followers it can help understand the relationship between Jesus and God: how Jesus was the incarnate of Him on earth, and thus had the power to preform miracles, not a literal son of God. You could link ‘the spirit’ to Mathew 3:16 when a dove arrives at Jesus’ baptising, and explain how it shows a physical manifestation of God’s holiness - how it watches over Jesus in the story is how Christians believe the spirit watches over us throughout life. Possibly mention that the spirit can help understanding by being a visual aid of God’s presence within us all?

To argue the opposite, you could say that god is transcendent, and thus will always be beyond our comprehension so nothing will help us understand what he’s truly like. The quote ‘God is the greatest possible thought’ from Anselm could be used here if needed. You could also say that it may confuse some people, as God is one being not three.

To conclude I’d just weigh up both points that you argued, and say it depends on the Christian’s personal relationship with God.

Hope that helps!

Religious Studies

'The trinity makes it easier for Christians to understand what God is like.' Discuss. 15 marks.

I’m assuming you’re doing halogens at GCSE?

All halogens react with metals to create salts, both Cl & Na are highly reactive - so this reaction happens quite quickly.

Sodium + chlorine → sodium chloride

2Na(s) + Cl2(g) → 2NaCl(s)

Also, all halogens react with hydrogen to create hydrogen halides - these are usually gases at room temp, but dissolve into water to create acids.

Hydrogen + chlorine → hydrogen chloride

H2(g) + Cl2(g) → 2HCl(g)

Hope this helped :)



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