আপনার প্রতিষ্ঠানের লোগো সহ ডাউনলোড করতে প্রথমে লগইন করুন!
×
লগইন করুন
100%
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?
A flash light is powered by two 1.5V batteries in series with internal resistance of 0.1Ω. The wire connecting the batteries with the lamp has total resistance of 0.4Ω and the lamp filament has a resistance of 9.70 Ω at normal operating temperature. What is the power absorbed by the lamp?