The electric force constant \"k\" is roughlyt 9 times 10^9 N m^2/C^2 Matching. M

Question

The electric force constant "k" is roughlyt 9 times 10^9 N m^2/C^2 Matching. Match the following Units with their appropriate defined quantity by putting its letter next to the Unit in the space provided. A. The unit of electric current, as defined by the charge passing a fixed point in a given amount of time. B. The Unit which defines Electric Potential, which is the Work done in moving a unit charge through a distance. C. The unit of capacitance, which is the ratio of the charge to the Electric potential maintaining that charge. D. The unit of Magnetic Field, defined through the force law for magnetism. E. The unit of electric charge, as defined through the law of attraction or repulsion for the Electrical Force (Coulomb's Law F. The unit for electric power, defined as Electric Potential times Electric current and consistent with mechanical unit. G. The unit of Resistance, as defined by a linear relationship between applied Voltage and resulting electric current H. The unit of magnetic induction, used with solenoids and proportional to the time varying electric current. You are given charges of indeterminate value and distance. All you know is the signs (+ or -) on the (equal) charges rightarrow Show the direction of the force vectors on charge 2 from the other two. Then with a dark arrow rightarrow indicate the direction of the net (combined) force vector on charge? Two very small spheres are initial neutral and separated by 1 meter. One sphere has + 2.5 mu C (microCoul) removed from it and placed on the other sphere. Calculate the magnitude of the force on each sphere? Indicate by sign (+ rightarrow attractive, - rightarrow repulsive) whether the spheres attract or repel.

Explanation / Answer

Coulomb - E - unit of electric charge

ohm - G - unit of resistance

Amp - A- unit of electric current

Volt - B - electric potential

watt - F - power unit

Farad - C - capacitance unit

Tesla - D - unit of magentic field

Henry - H - unit of induction

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