A true hero is the unifying force in the diverse society

Answers

Answer 1
Answer: This indeed is true, a hero is someone who can against very bad odds unify a country that can be torn or just be generally very heterogenous. There have been many cases of such heroes in the past where they would unify a certain country or society under the same banner.

Related Questions

A student squeezes several oranges to make a glass of orange juice. The juice contains pieces of orange pulp mixed with the juice. Explain why this drink can be considered a combination of a suspension and a solution.
Which of the following represents a chemical change to matter? A. digestion of food B. melting an ice cube C. shredding paper D. crushing an ice cube
Is energy conserved when a ball falls to the ground
Calculate the accleration of a 25-Kg object that moved with force of 300 N
Technician A says that a waste spark ignition system fires two spark plugs at the same time. Technician B says that the waste spark ignition system uses ignition coils connected to companion cylinders. Which technician is correct?a. Technician A onlyb. Technician B onlyc. Both technicians A and Bd. Neither technician A nor B

Data is information from which conclusions can be drawn.. . True. False

Answers

That statement is True. 

Data will show you the element that you need to draw conclusion of your study/experiment.
For example, if after you gather the the data from 100 heart patient and 70 percent of them are obese, you can draw a conclusion that obesity is linked with heart disease

hope this helps
you can draw conclusions from data, so it would be true

What is the average speed in miles per hour of the car that traveled a total of 200 miles in 5.5 hours

Answers

Answer:

Average speed of the car is 36.36 miles per hour

Explanation:

It is given that,

Total distance traveled by the car, d = 200 miles

Total time taken, t = 5.5 hours

In this case, we have to find the average speed of the car. Average speed of the car is defined as the total distance divided by total time taken. Mathematically, it can be written as :

s=(d)/(t)

s=(200\ miles)/(5.5\ hours)    

s = 36.36 miles per hour

Hence, the average speed of the car is 36.36 miles per hour.                                 

Which of the following energy sources is in no way derived from the Sun?A) nuclear energy B)tidal energy C) wind energy D) petroleum

Answers

Tidal, wind, and oil energy are derived from the sun. Nuclear isn't.
A.) nuclear energy.  is the answer

A steel block has a volume of 0.08 m³ and a density of 7,840 kg/m³. What is the force of gravity actingon the block (the weight) in water?
A. 5,362.56 N
B. 7,600.18 N
C. 6,700.56 N
D. 6,150.64 N

Answers

The mass of the block is

         (0.08 m³) x (7,840 kg/m³)  =  627.2 kg.

The force of gravity on the block is

                         (mass) x (gravity)

                     =  (627.2 kg) x (9.8 m/s²)

                     =    6,146.6 newtons .

As long as the block is on Earth, that's its weight.  In vacuum, in air,
in water, in sugar, in bed, in trouble, or in molasses ... that's the force
of gravity attracting it toward the center of the Earth.

If it happens to be in water, then there's another force acting on it ...
the upward force of buoyancy, equal to the weight of the water it
displaced.

The block displaced 0.08 m³ of water, so the buoyant force is the weight
of 0.08 m³ of water.

The density of water is 1,000 kg/m³, so the mass of the displaced
water is

                      (0.08 m³) x (1,000 kg/m³)  =  80 kg .

and its weight is  (80 kg) x (9.8 m/s²)  =  784 newtons.

That's the buoyant force on the block . . . 784 newtons.
It acts upward on the block, opposite to the force of gravity.
So, if there's a bathroom scale on the bottom of the pool,
and the block is resting on it, the scale will read

                 (actual weight) minus (buoyant force)

             = (6,146.6 newtons) - (784 newtons)  =  5,362.6 newtons .   

The real weight of the block is 6146.6 newtons.
That's choice-D.

The apparent weight of the block in water is 5,362.6 newtons.
That's choice-A.

The question asked for the force of gravity on the block, and then
in parentheses it says (weight).  Both of these are 6146.6 newtons.

If you answer 'D', and your answer is marked wrong and somebody
tries to tell you that the correct answer is 'A', then I want you to either
show them what I have written here, or else tell them to come see me,
and I will straighten them out.

Answer:The answer for PF students is D.

Explanation:

A _________ engine operates using a three-sided metal rotor instead of the traditional piston-and-cylinder arrangement.a. diesel engine
b. electric engine
c. LP gas engine
d. Wankel engine

Answers


That's a description of what makes the "Wankel engine" unique.

When it first came to the USA market, it came as the guts of a
new brand of car . . . the Mazda.  I don't know if some, or all, or
none of today's Mazdas still use the Wankel 'rotary' engine.

If you were standing at the center of curvature in front of a concave mirror, what image would be projected?A. The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.

B.The image would be upright, would look shorter than you, and would be closer to the mirror than you are.

C.The image would be upside down, would look shorter than you, and would be closer to the mirror than you are.

D.The image would be upright, would look as tall you, and would be at the same distance from the mirror as you are.

Answers

The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.

Answer:

A. The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.

Explanation:

As we know by the mirror formula

(1)/(d_i) + (1)/(d_o) = (1)/(f)

now we know that object is placed at distance equal to the radius of mirror

d_o = -R

also we know that focal length of mirror is half of the radius of mirror

f = (R)/(2)

now we have

(1)/(d_i) - (1)/(R) = -(2)/(R)

so we have

d_i = -R

so image will be at same position as that the position of object and it is inverted in position so correct answer will be

A. The image would be upside down, would look as tall as you, and would be at the same distance from the mirror as you are.