In the National Electric Code Book or in an Ugly's Electrical Reference book.
By Ohm's Law, resistance is voltage divided by current.
To find the number of feet of cable on the reel, first subtract the weight of the empty reel from the total weight to get the weight of the cable only: 1279 pounds - 285 pounds = 994 pounds. Then divide the weight of the cable by the weight per foot to find the number of feet: 994 pounds / 7.1 pounds/foot ≈ 140 feet. So, there are approximately 140 feet of cable on the reel.
To find out how much cable will be left after wiring the office building, subtract the amount used (3127 feet) from the total length of the reel (5000 feet). So, 5000 feet - 3127 feet = 1873 feet. Therefore, there will be 1873 feet of cable left.
To find out which wire has the greatest resistance, you will need to measure the resistance of each wire using a multimeter. Connect the multimeter to each wire separately and record the resistance values displayed. The wire with the highest resistance value will have the greatest resistance.
The resistance of a 1.5 sqmm cable depends on its material (usually copper or aluminum) and its length. For copper, the typical resistance is about 12.1 ohms per kilometer, while for aluminum, it’s around 19.5 ohms per kilometer. To find the resistance per unit length, you would divide these values by 1000 to get ohms per meter. Thus, the resistance of a 1.5 sqmm copper cable is approximately 0.0121 ohms/meter.
just to find out our given unknown resistance value or to put it another way, To find the value of the unknown resistor attached.
4.8 ohms
To find 150 percent of a value, multiply the value by 1.5. In this instance, 1.5 x 6 = 9 feet. Therefore, 150 percent of 6 feet is equal to 9 feet.
Any value greater than 6.25 feet.
standard cat 5 e and cat 6 the normal cable you will find in use with you router is 100m other types of network cable vary look them up on google
we can measure the resistance of the motor by using voltmeter ammeter method of by directly using a multimeter across the armature terminals of the motor in voltmeter ammeter method we should use a less value of dc voltage to find the resistance
Because there are 3 feet to one yard. if you had 30 feet, to find the number of yards, divide 30 by 3, changing the value from feet to yards- so 30 feet becomes 10 yards.