Answer:
The structure for 2 brormocyclopentan amine is given in attached file.
Explanation:
2-bromocyclopentamine (Figure attached) is a synthetic compound which is synthesized by substitution reaction of cyclopentamine and hydrobromide. Its molecular formula and molecular mass are C5H10NBr and 164.05 g/mol respectively. It is a very reactive compound so it doesn’t available in pure form, it is present in market as a mixture of 2-bromocyclopentamine and Hydrobromide.
Properties:
Its boiling point is 115 °C.
Its melting point is -75 °C.
It is highly flammable.
It is highly toxic.
It is irritant.
It is corrosive in nature.
So first you record the initial amount of the water before putting in the object. Then you put in the object and record the number where the water is at. The using that number subtract the initial amount from the final and then that will be the fluid displacement of the object.
B Solid
C Mixture
D Pure Substance.
From the way the cheese melted, Steve knows that Cheese is a mixture.
Thus, option C is correct.
Mixtures are composed of two or more different substances that have not been chemically combined.
The following is a list of mixture’s properties:
A physical combination of two or more pure chemicals that maintains each substance's unique chemical identity is referred to as a mixture.
A single type of matter, known as a pure substance, cannot be physically separated into other types of matter.
Mixtures are not pure substances, but elements and compounds are. The elements that make up a compound are substantially distinct from one another.
Hence, cheese is a mixture since it’s components can be easily separated and are not chemically combined.
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Acid-Base Reactions. When an acid and a base are placed together, they react to neutralize the acid and base properties, producing a salt. The H(+) cation of the acid combines with the OH(-) anion of the base to form water.
Answer:
It makes salt
Explanation: Hope this helps :)
Answer:
A coiled spring.
Wheels on roller skates before someone skates.
An archer's bow with the string pulled back.
A raised weight.
Water that is behind a dam.
A snow pack (potential avalanche)
A quarterback's arm before throwing a pass.
A stretched rubber band
Explanation:
its prteey much energy that could potentialy happen
Answer: coiled spring
Explanation: please give me brainlest
We assume the change in volume occurs at constant temperature and so we use the Boyle's law formula .
We are given the initial volume and pressure as well as as final volume, the question wants the final pressure
So we make the subject of the formula