Tx=\frac{IT}{dT}
Where
Tx=talent
I=Current
t=time
dT=Change in temperature
From the question we are told
Talent = Current in nuerons x Time ÷ Change in dogs body Temperature
Generally the equation for the give Question is is mathematically given as
Tx=\frac{IT}{dT}
Where
Tx=talent
I=Current
t=time
dT=Change in temperature
Where
Talent refer to skills and ability.
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Tsunami Waves or option B would be your answer.
Answer:
VB − VA = g tAB & (VA + VB)/2 = h / tAB
Explanation:
s = h = Displacement
tAB = t = Time taken
VA = u = Initial velocity
VB = v = Final velocity
a = g = Acceleration due to gravity = 9.8 m/s²




Hence, the equations VB − VA = g tAB & (VA + VB)/2 = h / tAB will be used
Answer:
efficiancy=40 percent
Explanation:
efficiency=energy output/energy input×100
efficiancy=8J/20J×100
efficiancy=0.4×100
efficiancy=40 percent
Mark brianliest if my answer suit your question..
A fuse is an electrical safety device which should not blow, which should overheat and melts if current is too high. Its placed in the live wire before the switch. This prevents overheating and catching fire. A fuse have a specific current value for example - 3000 amps. So when choosing a suitable fuse you must use the above minimum value but less than maximum value. For example in a circuit there is 1000W flowing, you should choose more than 1000 amps fuse not less or else, it will melt.