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Goryan [66]
3 years ago
13

How can you recognize the potential greatness in others?​

Physics
1 answer:
Nikolay [14]3 years ago
5 0

Answer:

heres some ways i personally think might help!

Explanation:

Have a Compelling Vision. Your vision must be larger than yourself and larger than the moment, says world-famous business guru Tony Robbins. ...

Build Collaboration.

Be Focused.

Innovate.

Use Emotional Intelligence.

Pass Your Leadership On.

Leadership. Greatness in leaders is expressed though a positive attitude. ...

Service. To be of real service in this world, we must add something to other people's lives that cannot be bought. ...

Results. Getting the results we desire comes from how hard we work and how optimistic our outlook is.

Efficiency.

Quality.

Reliability.

Catch People Doing Something Right. ...

Recognize Effort and Hard Work, not Intelligence. ...

Be Better at Noticing. ...

Say, Thank You More Often. ...

Make More Positive Emotional Connections. ...

Think about Who Blessed My Life Today.

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WILL GIVE BRAINLIEST AND 5 STARS.
Zolol [24]
The right answer is b) copper
8 0
3 years ago
Read 2 more answers
A 0.350 kg block at -27.5°C is added to 0.217 kg of water at 25.0°C. They come to equilibrium at 16.4°C. What is the specific he
Gekata [30.6K]

The specific heat capacity of the block is 508J/kg^{\circ}C

Explanation:

As the block is placed into the water, heat energy is transferred from the water (which is at higher temperature) to the block (which is at lower temperature), until the block and the water are in thermal equilibrium (= same temperature).

Therefore, we can write:

Q_{water}=Q_{block}

Where

Q_{water}=m_w C_w (T_w-T_{eq}) is the heat energy released by the water, where

m_w = 0.217 kg is the mass of the water

C_w = 4186 J/kg^{\circ}C is the water heat specific capacity

T_w = 25.0^{\circ} is the initial temperature of the water

T_{eq}=16.4^{\circ} is the temperature at equilibrium

Substituting,

Q_{water}=(0.217)(4186)(25.0-16.4)=7812 J

Now we can write the heat energy absorbed by the block as

Q_{block}=m_b C_b(T_{eq}-T_b)

where

m_b=0.350 kg is the mass of the block

C_b is the specific heat capacity of the block

T_b = -27.5^{\circ} is the initial temperature of the block

And solving for C_b,

C_b=\frac{Q_{block}}{m_b(T_{eq}-T_b)}=\frac{7812}{(0.350)(16.4-(-27.5))}=508J/kg^{\circ}C

Learn more about specific heat capacity:

brainly.com/question/3032746

brainly.com/question/4759369

#LearnwithBrainly

6 0
3 years ago
A lever has a total length of 12 meters with a fulcrum at the exact center of the lever. Which best describes how to
valentina_108 [34]

Answer:

The correct option is the last option.

Explanation:

Generally, when trying to create a mechanical advantage of a lever for an apparatus or a machine, <u>the load is usually moved closer to the fulcrum</u>. Hence, if a lever has a total length of 12 meters and the fulcrum is placed at 6 meters (the center), the best way (based on the previous statement) to double the mechanical advantage of the lever is <u>to move the fulcrum 4 meters toward the side on which the force is applied</u>. The correct option is the last option.

3 0
3 years ago
Which type of rock is created when lava cools and hardens?
Sloan [31]
The answer to ur question is: B
3 0
3 years ago
Read 2 more answers
Se coloca agua en un recipiente de aluminio y se pone a calentar en una estufa que le suministra 230 kj, lo cual hace que la tem
tensa zangetsu [6.8K]

Answer:

32 °C.

Explanation:

Hola.

En este caso, debemos entender que la relación entre el calor y la temperatura viene dada por:

Q=mCp\Delta T

De este modo, dado que estamos estudiando la misma sustancia (agua) con masa constante, la relación calor-temperatura es lineal y directamente proporcional, por tal razón, si se duplica el calor suministrado, la temperatura también será duplicada, de modo que:

\Delta T_{nuevo}=2*16\°C\\\\\Delta T_{nuevo}=32\°C

¡Saludos!

3 0
3 years ago
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