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What is the mathematical relationship between heat dissipation and applied voltage?
Heat dissipation = (applied voltage)2 / total effective resistance of the circuit
Why an ammeter is likely to burn out if connected in parallel combination?
ameter has a low resistance so if it is placed in parallel with the load then it will experiance voltage as much as the load and according to equation power=v2/r the power will be very high as high v or low r both favors for a high power dissipation . but on a series combination most of the voltage drop will be on load the ameter will not have a high power dissipation
What type of energy transfer accounts for a change in the temperature of the tongs?
Dissipation - the heat energy that is transferred to the tongs is dissipated from the tongs to the surrounding area in order for the temperature of the whole system to be at an equilibrium.
When an evaporater experiences a heat-load increase the suction pressure does what?
The suction pressure increase.
Is heat and electricity the same?
no, they are not the same
Can alcohol alter heat dissipation?
Either consumed or applied to the skin, alcohol increases heat dissipation.
What is used for heat dissipation in ICs?
heat sinks
How did heat end?
It ended in dissipation.
What is the mathematical relationship between heat dissipation and applied voltage?
Heat dissipation = (applied voltage)2 / total effective resistance of the circuit
How does age gender and obesity affect heat dissipation?
Higher body fat levels affect the body's ability to dissipate heat, children and older adults also have the same problem.
Describe one way organisims use waters?
heat dissipation
What is the difference between power consumption and power dissipation?
A: POWER consumption is total power usage power dissipation is wasted power in the form of heat, IR drop and so on.
How does obesity or age and or gender affect heat dissipation?
FAT people smell
How much heat is in 1000 watts?
1,000 joules of heat energy for every second that the 1,000 watts' dissipation continues.
Why an ammeter is likely to burn out if connected in parallel combination?
ameter has a low resistance so if it is placed in parallel with the load then it will experiance voltage as much as the load and according to equation power=v2/r the power will be very high as high v or low r both favors for a high power dissipation . but on a series combination most of the voltage drop will be on load the ameter will not have a high power dissipation
What are the different types of power dissipation?
static power dissipation dynamic power dissipation short circuit power dissipation
Why do dissipitation trails form?
i mean dissipation i mean dissipation i mean dissipation
