Integer Integer Integer Integer Integer Integer Integer Integer Integer Integer Integer Integer Integer Integer Integer
Wikipedia is not a reliable source for citations elsewhere on Wikipedia. Because, as a user-generated source, it can be edited by anyone at any time, any information it contains at a particular time could be vandalism
The algorithm is as follows:
1. Start
2. bottles = 0
3. While bottles != 500
3.1 Create bottle
3.2 bottle = bottle + 1
4. Switch off machine
5. Stop
Explanation:
This begins the algorithm
1. Start
This initializes bottles to 0
2. bottles = 0
The loop is repeated until 500 bottles is created
3. While bottles != 500
This creates a new bottle
3.1 Create bottle
This increments the number of bottles by 1
3.2 bottle = bottle + 1
This switches of the machine after all bottles are created
4. Switch off machine
End algorithm
5. Stop
THANKS
Answer:
.N. Generación & Descripción
1
Primera Generación
El período de primera generación: 1946-1959. Base del tubo de vacío.
2
Segunda Generación
El período de la segunda generación: 1959-1965. Base del Transistor
3
Tercera generación
El período de tercera generación: 1965-1971. Circuito integrado de base.
4
Cuarta Generación
El período de cuarta generación: 1971-1980. Base del Microprocesador VLSI.
5
Quinta Generación
El período de la quinta generación: 1980 en adelante. Base del Microprocesador ULSI.
Explanation:
espero y esto te sirva de algo
Answer:
def transfer(bank, log_in, userA, userB, amount): ''' In this function, you will try to make a transfer between two user accounts. bank is a dictionary where the key is the username and the value is the user's account balance. log_in is a dictionary where the key is the username and the value is the user's log-in status. amount is the amount to be transferred between user accounts (userA and userB). amount is always positive. What you will do: - Deduct the given amount from userA and add it to userB, which makes a transfer. - You should consider some following cases: - userA must be in the bank and his/her log-in status in log_in must be True. - userB must be in log_in, regardless of log-in status. userB can be absent in the bank. - No user can have a negative amount in their account. He/she must have a positive or zero balance. Return True if a transfer is made. For example:
Explanation:
i know this much
