Answer:
Call raiseToPower (2, 1.5) '
or
raiseToPower (Real value, Integer power)
Explanation:
To solve this, first organize the pseudo code,
1) main ()
2) Call raiseToPower (2, 1.5)
3) End Module
4) Module
5) raiseToPower (Real value, Integer power)
6) Declare Real result
7) Set result=value^power
8) Display result
9) End Module
The first three lines in pseudo code are representing the main module. While lines 4-9 shows the definition of module that is being called in main function.
If we look at the raiseToPower definition at line5, we can see that it is requiring any real value for the base number. However, for power, it defines only integers.
But, in the main function, 1.5 is placed as a power that is not an integer. Therefore, this is the error in pseudo code. It should be changed to any integer.
Alternatively, change the integer power to real power to avoid this error.
Try to say something yourself, but if you are too scared, get an adult involved. The one bad thing you could do is ignore it.
I would recommend you to stand up or if your scared then talk to an Adult in private about the situation
Answer:
so they can learn how do they jobs
Explanation:
Answer:
Campus Area Network
Explanation:
It is important to place the sheave wheel in exactly the right place on the head frame in order to move freely and minimize friction.
Read related link on:
I guess because these cables are hooked up to a elevate that transport miners, machines and ore into and out of the mine.
Approximately one to one and a half hours.
In an hour and a half, the shuttle should have already fired its reaction control systems thrusters with the vehicle oriented so that it travels upside down and tail first. When everything is ready, mission control issues the “go for de-orbit burn” The de-orbit burn last for 2 ½ minutes. The shuttle’s reaction control systems thrusters rotates the shuttle clockwise, approximately 180 degrees, so it approaches the atmosphere heat shield first, with the nose pitched upwards. At this point, the shuttle is a frying brick with thrusters.
According to NASA re-entry descent of a space shuttle after mission control gives the ‘Go’ for deorbit burn, is approximately one hour. Roughly after 30 minutes of deorbit burn, orbiter (shuttle) faces earth atmosphere around 80 miles above ground surface, and more than 5,000 statute miles from its landing site, called entry interface. At this point orbiter is not fuel by engines instead acts like a free fall object, steered in atmosphere through wings, here spacecraft behaves more like an aircraft. During reentry and landing, after deorbit burn, orbiter’s engine turns off and it flies like high-tech glider, its steering jets helps float in air and then its aerosurfaces to control the airflow around it.
Further explanation:
Learn more:
What is NASA and its purpose
NASA and why is it important
Answer details:
Subject: Computers and Technology
Chapter: Role of NASA in deorbit burn
Keywords: NASA, descent of a space shuttle, deorbit burn, TIG-1 hour, space shuttle etc.
An image of landing site is attached below.