20
The load voltage can be calculated using Ohm's Law: V = I * R, where V is the voltage, I is the current, and R is the resistance. Substituting the values, V = 2 mA * 10 k ohm = 20 V. Therefore, the load voltage will be 20 volts.
To calculate the safe working load for a flexible wire rope, you need to consider factors such as the diameter of the rope, the material it is made of, the construction (number of strands and wires per strand), and the type of load (static or dynamic). The safe working load is typically specified as a percentage of the breaking strength of the wire rope, with industry standards recommending values ranging from 5% to 20% of the breaking strength depending on the application and safety factors. It is important to follow manufacturer guidelines and consult relevant standards when calculating the safe working load for a wire rope.
To load a Harris RF 7800V-HH radio, you typically need to first install the battery securely onto the radio. Then you can connect the radio to a power source using a suitable power cable. Finally, turn on the radio by pressing the power button and follow the manufacturer's instructions to configure the settings as needed.
To calculate the Run Load Amps (RLA) if it is not given, you can use the formula: RLA = Horsepower x 746 / Efficiency x Voltage x Power Factor x √3 x FLA, where FLA is the Full Load Amps. You need to know the motor's horsepower, efficiency, voltage, and power factor to determine the RLA. If these values are not known, you may need to contact the manufacturer or consult the motor's specifications.
The four major load control functions found on a lift are load sensing, load holding, load monitoring, and overload protection. Load sensing ensures the lift adjusts its operation based on the weight being carried, load holding prevents the lift from moving when under load, load monitoring provides feedback on the load status, and overload protection stops the lift from operating if the load exceeds its capacity.
Load instruction means to load the instruction from the memory to the processor (accumulator).. But store instruction is opposite of it,it stores information from accumulator to the memory.
lda #7 .loop : dec a (or tax:dex:txa):bne loop:.end
(start) load control bit in control register load 00h in accumulator loop:out it to port a increment a repeat loop
There are following machine cycles of Intel 8085:Input-Output (I/O) Read Machine Cycle:The I/O Read Machine cycle is executed by the microprocessor to read a data from an input device. It consists of 3T states. The IN Instruction uses this machine cycle during the execution. Input - Output (I/O) Write Machine CycleThe I/O write machine cycle is executed by the microprocessor to write a data byte from an output device. It consists of 3T states. The instruction, which sends the data to the output device, comes under this machine cycle. Instruction cycle is defined, as the time required completing the execution of an instruction.An Instruction Cycle will have one to six machine cycles.
Examples: /360: no accumulator 8080: A 6800: A and B 8086: AX ...
Different Addressing modes are: 1. Direct Addressing Mode 2. Indirect Addressing Mode 3. Immediate Addressing Mode 4. Register Addressing Mode 5. Implicit Addressing Mode Immediate addressing Data is present in the instruction. Load the immediate data to the destination provided. Example: MVI R,data Register addressing Data is provided through the registers. Example: MOV Rd, Rs Direct addressing Used to accept data from outside devices to store in the accumulator or send the data stored in the accumulator to the outside device. Accept the data from the port 00H and store them into the accumulator or Send the data from the accumulator to the port 01H. Example: IN 00H or OUT 01H Indirect Addressing This means that the Effective Address is calculated by the processor. And the contents of the address (and the one following) is used to form a second address. The second address is where the data is stored. Note that this requires several memory accesses; two accesses to retrieve the 16-bit address and a further access (or accesses) to retrieve the data which is to be loaded into the register.
The accumulator is a general register that holds a value. It is also a special register that can be used as the target for the result of various arithmetic or logical computations. For instance, if you wanted to add two numbers, you could load the first into the accumulator, add the second to the accumulator, and then store the accumulator where wanted. The instruction register is an internal register that holds the value of the instruction opcode in order for the 8085 to decode and process the instruction. While it is shown on the Intel block diagram for the 8085, it is not directly accessible by the running program - it is for internal use only by the 8085.
only general perpose use
To load the instructions to start-up the operation system.
due to the load gates capacitance values,there is a increased load capacitance on the driving gate
To find the load in physics, you can use the formula: Load = Mass x Acceleration. Determine the mass of the object in question and the acceleration it is experiencing, then multiply these two values together to calculate the load.
Follow manufacturer provided instructions.