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ololo11 [35]
3 years ago
6

An object (even if it is not living) will resist a change in its state, either resting or in motion, this is called ____________

.
force

mass

inertia
Physics
2 answers:
Fantom [35]3 years ago
8 0

Answer:

An object (even if it is not living) will resist a change in its state, either resting or in motion, this is called <u><em>inertia</em></u>.

Explanation:

Newton's First Law states that "Every body perseveres in its state of rest or uniform rectilinear motion unless it is forced to change its state by forces printed on it." This means that for a body to leave its state of rest or uniform rectilinear motion, it is necessary for a force to act on it. For this reason Newton's First Law is known as the Law of Inertia. Inertia is the resistance that an object has to a change in its state of motion.

In other words, inertia is the ability of matter to maintain its state of rest or uniform rectilinear motion as long as there is no force acting on it. The inertia can be separated into several groups or types of inertia.  For example:

  • The inertia related to bodies in a state of rest is called static inertia.
  • The inertia related to the bodies that are in this state of motion is called dynamic inertia.

Finally, <u><em>an object (even if it is not living) will resist a change in its state, either resting or in motion, this is called inertia.</em></u>

Oksi-84 [34.3K]3 years ago
6 0

Answer:

Inertia

Explanation:

Newton’s 1st law of motion

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An artist working on a piece of metal in his forging studio plunges the hot metal into oil in order to harden it. The metal piec
lutik1710 [3]

Answer:

The temperature of the metal is  T_m  =  376.8 ^o C

Explanation:

From the question we are told that

     The mass of the metal is  M =  60 \ kg

     The specific heat of the metal is  c_p  =  0.1027 kcal/(kg \cdot ^oC)

       The mass of the oil is M_o  =  810 \ kg

       The temperature of the oil is  T_o  =  35^oC

       The specific heat of oil is  c_o  =  0.7167 kcal/(kg \cdot ^oC )

       The equilibrium temperature is T_e  =  39 ^oC

According to the law of energy conservation

     Heat lost by metal  =  heat gained by the oil

So  

   The quantity  of heat lost by the metal is mathematically represented as

               Q =  - Mc_p \Delta T

=>            Q =  -Mc_p (T_m  -  T_c)

Where T_ m  the temperature of metal before immersion

The negative sign show heat lost

The quantity  of gained t by the metal is mathematically represented as      

           Q =  M_o c_o \Delta T

=>        Q =  M_o c_o (T_c - T_o)

So  

         Mc_p (T_m  -  T_c)   =   M_o c_o (T_c - T_o)

substituting values

          - 60 * 0.1027 (T_m  - 39)   =   810 * 0.7167 *  (39 - 35)

=>       T_m  =  376.8 ^o C

         

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Kipish [7]

Answer:

6.5 m/s

Explanation:

We are given that

Distance, s=100 m

Initial speed, u=1.4 m/s

Acceleration, a=0.20 m/s^2

We have to find the final velocity at the end of the 100.0 m.

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Hence, her final velocity at the end of the 100.0 m=6.5 m/s

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