C. is the answer to that question
Answer:
(Answers may vary.)
My Considerations
The Go Green Club has a total of 100 members. I plan to photograph each of them in front of our club's "Go Green" sign. I have a deadline of 30 days to deliver the ID cards. Therefore, I have to ensure that all the cards are printed and ready for delivery in 20 days, with 10 days of buffer time (in case the cards require any edits or changes). Additionally, after I have submitted the draft for review, I will need the coordinator's final approval on the design and layout of the ID card.
Hardware Requirements
- a desktop computer or laptop with adequate memory to run the software to create the ID cards
- some external storage devices, such as pen drives and DVD disks, to share the design and layout for the coordinator to review; I will also need these devices to store the final digital file for print
- a color scanner to scan hand-drawn artwork and signatures, which I will place on the ID card
- a digital camera to capture photos of members, and to transfer them to the computer/laptop
- a printer to make hard copies of the cards.
- Software Requirements
I intend to use Scribus to create the ID cards because it is a free DTP application, and has most of the common features I'd need to create an ID card.
Formatting Techniques
- I plan to use the following techniques to design the club ID cards.
- I'll use the landscape or horizontal orientation. This will enable proper spacing for the ID card elements.
- I'm planning to use a card measuring 3.370 inches × 2.125 inches. A card this size will ensure that all the elements of the card are visible.
- I am planning to place the club logo on the top left corner, because the eye normally follows the path of the letter Z. This'll help the viewer to see the logo and identify/recognize the club.
- Next I'll place the club name; I'll use the top-center alignment and also vertically align it to the logo. I'll use the sans serif font for the club name.
- Following the Z-path rule, I'll place the member's photo to the right and the member's name under the photo. In this position, the photo and the name will be visible, and will not get mixed up with other elements. I'll print the member name with a serif font.
- Finally, again in line with the Z-path rule, I'll position the club seal and the club director's signature at the right lower bottom. Although these elements are essential on an ID card, they do not require as much viewer attention as the club logo, name, and member photo.
Explanation:
I used Canva for this card.
Answer:
Rapid Elasticity is the correct answer of this question.
Explanation:
Rapid elasticity is a cloud computing phrase for scalable storage, or the capacity to deliver scalable software. The cloud computing model has many different and necessary features which separate both cloud computing and an in-house technology. One such attribute is Rapid Elasticity.
- The principle of rapid elasticity in specific cloud computing conditions does cause some problems.
- The knowledge that companies still need to distribute and decommission services is often negligible on the part of the client or user.
Answer: The process B is at the maximum steady state. A process is said to be at steady state if the variables that define the behavior of the system are unchanging
Explanation: From the Above
Process A takes 2 minutes per unit and hence can process (60/2) = 30 units per hour. Process B can process only (60/3) = 20 units per hour. Process C can handle (60/1) = 60 units per hour. the steady state output from this system is the smallest of the three, that is process B 20 units per hour