Answer:
Solution part of the question:
if(userTickets>5) //compare the value of userTickets with 5.
awardPoints = 10; // assign the 10 value to the award point
else
awardPoints=userTickets;// assign the userticket value to the awardpoint.
Output:
For the input 4 the output is 4.
For the input 5 the output is 5.
For the input 6 the output is 10.
For the input 7 the output is 10.
Explanation:
All the other part of the program is given on the question so here only if-else statement is given on the answer part. Which is pasted at the place of "/* Your solution goes here */" and the user can get the right answer.
- In the "if" statement the value of "userTickets" variable is get compared by 5 and if it is greater than 5 than variable "awardpoint" assigns the '10' value.
- Otherwise, with the help of "else" statement "userticket" variables value (which is the input value for the program) assign to the "awardpoint" variable.
Answer:
"Geometric Average Return Example. Jennifer has invested $5,000 into a money market that earns 10% in year one, 6% in year two, and 2% in year three. If you were to calculate this using the arithmetic mean return, you would add the rates together and divide them by three, giving you an average of 6%."
Explanation:
The answer is 802.11ac
802.11ac is a type if IEEE 802.11 wireless standards that supports Multiple Input, Multiple Output antennas on sending and receiving data. This type of wireless connection supports 2.4GHz signal or frequency and data speed transfer up to 4.9Gbps. Each device or antenna can run up to 400Mbps each and the maximum device it can handle is up to 8 antennas.
yes
Explanation:
isn't really noted but if the sequence is in the given order the ("3at4") could be expressed in a ('0' to '9' )format