In digital logic and computing, a counter is a device which stores (and sometimes displays) the number of times a particular event or process has occurred, often in relationship to a clock signal.
A register is a device that can hold a binary number or series of bits-just store it-.
Hmm, is that money counters or store counters. Try a staff of money counters or a row of store counters.
electronics and telecommunication
Typically, it is approximately 36"
Electrical-Electronics: 1.Electronics came out of electricals 2.Electricals: base & Electronics: Speciality Electronics-Instrumentation: Specialities based on Electrical Electronics i a part of physical study of electrons emission. Instrumentation is a fiels of specialty related to monitor,calibrate electronics components.
electronics is important in our daily lives.
There are five types of registor in PLC,(1)holding registors(2)input registor(3)output registors(4)microprocessor has internal registor(5)CPU's RAM
computing devices based on relays, switches, clutches, odometer counters, etc. not electronics.
Hmm, is that money counters or store counters. Try a staff of money counters or a row of store counters.
Tektronics is an electronics test equipment manufacturer. They make oscilloscopes, frequency counters, test generators, and power supplies for troubleshooting electronic circuits.
P. W. Nicholson has written: 'Nuclear electronics' -- subject(s): Electronic measurements, Instruments, Nuclear counters, Nuclear physics
Counters are used to keep track of occurrences or quantities in various applications, such as programming, electronics, and data analysis. They can monitor events, like the number of times a button is pressed, or tally items, such as inventory counts. In programming, counters often help control loops and iterations or measure performance metrics. Overall, they provide a simple and effective way to quantify and manage data or events.
Let the number of Yellow counters you already have is Y Let the number of non-yellow counters you already have is Z Then the current ratio of Yellow counters to the total counters is Y : Y + Z Let the number of Blue counters you add be B After they have been added, the ratio of Yellow counters to the total counters is Y : Y + Z + B This is 1 : 6 Thus Y = 1 and Y + Z + B = 6 → Z + B = 5 Which means that for the Yellow counters you have you will have five times as many counters made up of whatever non-Yellow counters you originally had plus the Blue counters you added. Thus to find out how many Blue counters to add, take the number of Yellow counters, multiply it by 5 and subtract the number of non yellow counters you originally had. examples: You had 6 Yellow counters Add 6 × 5 - 0 = 30 Blue counters Which gives you 6 Yellow and 30 Blue counters → ratio Yellow : total counters = 6 : 30 + 6 = 6 : 36 = 1 : 6 You had 4 Yellow counters and 6 Red counters Add 4 × 5 - 6 = 14 Blue counters Which gives you 4 Yellow counters, 6 Red counters and 14 Blue counters → ratio Yellow : total counters = 4 : 6 + 14 + 4 = 4 : 24 = 1 : 6 You had 4 Yellow Counters, 2 Blue counters and 3 Red counters Add 4 × 5 - (2 + 3) = 15 Blue counters Which gives you 4 Yellow counters, 3 Red counters and 2 + 15 = 17 Blue counters → ratio Yellow : total counters = 4 : 3 + 17 + 4 = 4 : 24 = 1 : 6
16 counters is 4/5 of all 20 counters.16/20
25
To double the number of counters you currently have, you would need the same number of counters that you currently have.
If 14 counters is half, you multiply it by 2 to get 28 counters, which is one.
If you're making an outline of a square, then 16 counters. You have the 4 corner counters, each shared by 2 sides and then in between the corner counters there are 3 counters on each of the 4 sides (4*3 = 12). If you're filling the inside of the square with counters, then you have 5 rows of 5 = 25 counters.