5) How do you describe a person who likes
inventing stories?
Plz Help ;_; :v

Answers

Answer 1

Answer:

Imaginative, artistic, or a storyteller are all terms that can be used to describe someone who enjoys making up stories.

A person who enjoys making up stories is sometimes described as inventive and creative, and they have a great talent for creating compelling stories that take readers or listeners to unfamiliar worlds.

The ability of this storyteller to create freshstories, characters, and settings demonstrates their skill at transforming simple concepts into elaborate and captivatingtales.

Their creative nature enables them to investigate many viewpoints and events, bringing to life striking pictures and feelings.

Thus, this person has the ability to capture audiences and create immersive experiences, whether through written word or verbalexpression, making them a source of entertainment and inspiration for those who value the craft of storytelling.

For more details regarding storyteller, visit:

brainly.com/question/29620452

#SPJ3

Answer 2

Answer:

Answer:

One word for this is, raconteur - it means a person skilled in telling anecdotes. anecdotist. narrator, or storyteller

Explanation:

Related Questions

Determine which elements or compounds are missing from the following reaction equation: silver + sulfur → A Question Progress A. lead bromide B. silver sulfide C. sulfuric acid D. glucose
Keisha finds instructions for a demonstration on gas laws.1. Place a small marshmallow in a large plastic syringe. 2. Cap the syringe tightly. 3. Pull the plunger back to double the volume of gas in the syringe. Which best describes the purpose and outcome of the demonstration?
Which of the following is an extremely reactive family of elements?a. noble gases c. carbon family b. halogens d. metalloids
What is an ion? Please, give an example.
A solution is considered basic or alkaline if its pH is _________ 7.A. equal toB. less thanC. greater than

What mass of a 60.0-gram sample of N-16 will remain unchanged after 28.8 seconds?

Answers

The answer is 3.75 g.

Half-life is the time required for the amount of a sample to half its value.
To calculate the fraction of the sample remained unchanged, we will use the following formulas:
1. $(1/2)^(n) = x$ ,
where:
n - a number of half-lives
x - a remained fraction of a sample

2. $t_(1/2) = (t)/(n)$
where:
$t_(1/2)$ - half-life
t - total time elapsed
n - a number of half-lives

The half-life of N-16 is 7.13.
So, we know:
t = 28.8 s
$t_(1/2)$ = 7.13 s

We need:
n = ?
x = ?

We could first use the second equation, to calculate n:
If:
$t_(1/2) = (t)/(n)$ ,
Then:
$n = (t)/( t_(1/2) )$
⇒ $n = (28.8 s)/(7.13 s)$
⇒ $n=4.04$
⇒ n ≈ 4

Now we can use the first equation to calculate the remained amount of the sample.
$(1/2)^(n) = x$
⇒ $x=(1/2)^4$
⇒ $x= (1)/(16)$

If the fraction of the sample is 1/16 = 6.25%, then the mass of the sample could be calculated as:
x g : 6.25% = 60 g : 100%
x =

In a calorimeter, 6.68 kJ of heat was absorbed by 20 g of ice. What is the enthalpy of fusion of the ice? q=m∆ahf

Answers

Answer : The enthalpy of fusion of ice is, 334 J

Solution :

Formula used :

$q=m* \Delta H_(fusion)$

Where,

q = heat absorb = 6.68 KJ = 6680 J

m = mass of ice = 20 g

$\Delta H_(fusion)$ = enthalpy of fusion of ice = ?

Now put all the given values in this formula, we get the enthalpy of fusion of ice.

$6680J=(20g)* \Delta H_(fusion)$

$\Delta H_(fusion)=334J$

Therefore, the enthalpy of fusion of ice is, 334 J

Which solution has the same boiling point as 0.25 mol CaCl2 dissolved in 1000 g water?Help Please, Thanks!

0.75 mol sucrose dissolved in 1000 g water
1.0 mol ethylene glycol dissolved in 1000 g water
0.50 mol CaCl2 dissolved in 1000 g water
0.25 mol NaCl dissolved in 1000 g water

Answers

The boiling point of water at 1 atm is 100 degrees celsius. However, when water is added with another substance the boiling point of it rises than when it is still a pure solvent. This called boiling point elevation, a colligative property. The equation for the boiling point elevation is expressed as the product of the ebullioscopic constant (0.52 degrees celsius / m) for water), the vant hoff factor and the concentration of solute (in terms of molality).

ΔT(CaCl2) = i x K x m = 3 x 0.52 x 0.25 = 0.39 °C
ΔT(Sucrose) = 1 x 0.52 x 0.75 = 0.39 °C
ΔT(Ethylene glycol) = 1 x 0.52 x 1 = 0.52 °C
ΔT(CaCl2) = 3 x 0.52 x 0.50 = 0.78 °C
ΔT(NaCl) = 2 x 0.52 x 0.25 = 0.26 °C

Thus, from the calculated values, we see that 0.75 mol sucrose dissolved on 1 kg water has the same boiling point with 0.25 mol CaCl2 dissolved in 1 kg water.

How do charges move through an insulated wire connected across a battery

Answers

The battery has to include electricity flow.

Use exponential notation to express the number 385,500 ha. one significant figure.
b. two significant figures.
c. three significant figures.
d. five significant figures.

Answers

To express the number 385,500 hours using exponential notation with a specific number of significant figures, you can use the following steps:

a. One significant figure:
- Expressing 385,500 as 3.9 × 10^5 hours (rounded to one significant figure).

b. Two significant figures:
- Expressing 385,500 as 3.9 × 10^5 hours (rounded to two significant figures).

c. Three significant figures:
- Expressing 385,500 as 3.86 × 10^5 hours (rounded to three significant figures).

d. Five significant figures:
- Expressing 385,500 as 3.8550 × 10^5 hours (rounded to five significant figures).

Keep in mind that the exponential notation represents the same value but with the specified number of significant figures.

Powdered iron is magnetic, but powdered sulfur is not. What occurs when they form a mixture in a beaker at room temperature ?(1) the iron retains its magnetic properties
(2) the iron loses its metallic properties
(3) the sulfur gains magnetic properties
(4) the sulfur gains metallic properties

Answers

The iron will retain its magnetic properties it will still magnetic and sulfur will not gain the magnetic properties so t will not be magnetic

The mixture of iron sulfide formed is non-magnetic wherein iron looses its magnetic properties.

How do properties of compound differ from elements?

The properties of compound are different from those of the elements from which it is formed. The reason to this is when elements combine to form compounds ,the properties of elements are completely changed and have completely new set of properties.

When iron which has magnetic properties forms a mixture with sulfur iron sulfide is formed,which is non-magnetic.Here, the iron looses it's magnetic properties as it forms compounds with sulfur.

On combining with sulfur, compound formed is iron sulfide with no magnetic properties .Thus on moving the magnet over this mixture does not attract any iron particle towards it as the properties are completely altered when compounds are formed.

Learn more about properties of compounds ,here:

brainly.com/question/11838894

#SPJ2

Other Questions

What are particles of carbon otherwise known as, and what kind of pollution do they cause???

Which interaction produces dispersive forces by creating temporary dipoles that induce dipoles in other molecules?

_____ is a process that helps fuel your metabolism.DeoxidationOxidationGlycolysisHydrolysis

How many grams of a stock solution that is 92.5 percent H2SO4 by mass would be needed to make 250 grams of a 35.0 percent by mass solution? Show all of the work needed to solve this problem.