Answer:
C. Both A and B
Explanation:
Fuses are rated by the amperage they can carry before heat melts the element. The fuse is ideal for protection against short circuits. Short circuits produce enough amperage to vaporize a fuse element and break connection in one cycle of a 60-cycle system.
Specifically, the voltage rating determines the ability of the fuse to suppress the internal arcing that occurs after a fuse link melts and an arc is produced.
Answer:
i done know sorry for not answering ur question
Answer:
Heat energy required = 687.96 kJ
Explanation:
Heat energy required, H = mCΔT.
Mass of cooking oil, m = 2.34 kg = 2340 g
Specific heat of cooking oil, C = 1.75 J/(g⋅°C)
Initial temperature = 23 °C
Final temperature = 191 °C
Change in temperature, ΔT = 191 - 23 = 168 °C
Substituting values
H = mCΔT
H = 2340 x 1.75 x 168 = 687960 J = 687.96 kJ
Heat energy required = 687.96 kJ
Answer:
4.167
Explanation:
ittravels 4.167metres per second
Answer:
The proton and neutron have the mass and proton have more charge nad neutron
Explanation:
We have to compare the mass and charge on proton and neutron
According to experiments the mass of proton and mass of neutron both have approximately same mass which is equal to 
And charge on proton is 
and neutron is uncharged , that is there is no charge on neutron
So the proton and neutron have the mass and proton have more charge nad neutron
