What happens to the pressure of the ideal gas if the temperature of the ideal ga

Question

What happens to the pressure of the ideal gas if the temperature of the ideal gas increases in an isovolumetric process? Determine the values and tolerances of the resistors with the following colors codes (see the formula sheet) red-red brown-gold green-violet-black-silver Could the value of a resistor marked as A) actually be as large as 208 Ohm? YES NO Could the value of a resistor marked as B) actually be as small as 51 Ohm? YES NO In the two circuits below, the batteries and the bulbs are identical. Compare the current in the circuit on the left (I_1) to the current in the circuit on the right (I_2). Be as quantitative as possible. I_1 = I_2 I_1

Explanation / Answer

1st and 2nd show significant digit 3rd is multiplier 4 is tolerence

part A)

red - red - brwon gold

2 -2 -*10 +/- 5%

220 +/-5%

part b ) green -violet - black -silver

5 - 7 * 1 +/-10%

57 +/-10%

part c )

Yes it will be 209 ohm

part d )

Yes

it will be around 51.3 ohm

part 5 )

in A

I1 = V/R

in B both are in series so req = 2R

I2 = V/2R

I1>I2

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