Static data field - the field is set at the start of the program (if creating a program) and can not be changed, its value will be constant.
<span>Instance data field - can be manipulated by the user, so that its value can be stored: for example you have a data field storing how many hours a person can work in one day, the field will be static as there are always 24h in a day and that can not change. </span>
<span>If you have a second data field storing how many hours a certain employee worked that field will be an instance data field as its values can differ.</span>
Answer:
2.PCIe
Explanation:
When the PCI EXPRESS was not made, the PCI used to be the best type of slot for the video card on the modem motherboard. However, with the arrival of PCIe or the peripheral component interconnect express, we got an interface standard that could be used for connecting the components with very high speed. And each of the PC motherboards comes with numerous PCIe slots which once can make use of for adding the GPUs like video cards, RAID cards, graphics cards, SSD add on cards, and the Wi-Fi Cards. Thus the correct option above is certainly, 2. PCIe.
Answer:
1. multiplying two numbers when you meant to add them - Logical Error
2. dividing by zero - Compile time error
3. semi colon at the end of a programming statement - Logical error
4. wrong in output - Run time error
5. when you should have typed a - Compile time error
6. producing inaccurate results - Logical error or Run time error
Explanation:
Compile time error is a lack in computer programming which causes to violate the rules which are defined by user in the program.
Run time error produces wrong outputs. It causes lags in the softwares which makes the output inefficient. It even causes programs crash when the output is just seconds away.
Logical error is the situation where programs completes the task assigned but with the wrong syntax. The output is produced with some abnormality.
Answer:
La cilindrada total del motor es de 1997,025 centímetros cúbicos.
Explanation:
Para determinar la cilindrada total Vt en un motor de 4 cilindros de 83,6 mm de diámetro por 91 mm de carrera se debe realizar el siguiente cálculo, sabiendo que para calcular la cilindrada de un motor se debe utilizar la fórmula ((Pi x Diámetro^2)/4) x Carrera x Número de cilindros = X:
((3.14 x 83.6^2)/4) x 91 x 4 = X
((3.14 x 6,988.96)/4) x 364 = X
(21,945.3344 / 4) x 364 = X
5,486.3336 x 364 = X
1,997,025.4304 = X
1 milímetro cúbico = 0.001 centímetro cúbico
1,997,025.4304 milímetros cúbicos = 1997.0254304000005 centímetros cúbicos
Por lo tanto, la cilindrada total del motor es de 1997,025 centímetros cúbicos.
