Aim: --What the experimen hopes to determine.
Hypothesis : --An EDUCATED (DO RESEARCH FIRST)guess on the possible outcome of the experiment.
Design Considerations :
-- Identify the manipulated, responding and control variables .
-- Any theory relevant to the aim .
-- State and evaluate alternative method of carrying out the experiment.
-- Justify which method was chosen.
List of apparatus :
--list of ALL apparatus that WILL be used in the experiment.
Diagram of apparatus
Method :
--Give instructions , state which apparatus is being used.
Treatment Of Results:
-- Show how results are to be treated, e.g. table , graph , etc...
For Biology: -Date -Topic -Title -Introduction -Hypothesis -Aim -Materials/Apparatus ..(which could be a questionnaire) -Method -Expected Results -Limitations -References For Chemistry: -Title -Aim -Hypothesis -Apparatus/Materials -Variables -Procedure -Data Collected -Treatment of Data -Discussion (limitations, sources of errors, need for reprtition)
YES, physics can be applied to medical science, you must have heard of the term sonography, endoscopy, they all work on the laws of physics .A simple istrument is a sphygmomanometer which measures our blood pressure
Yes, lamps have physics. The physics of a lamp involve principles such as electricity, light emission, thermal radiation, and materials science. Understanding these principles is crucial for designing and operating lamps efficiently and safely.
Elevators are related to physics through concepts such as Newton's laws of motion, gravity, and mechanical engineering principles. The operation of elevators involves the application of forces, acceleration, and friction, which are all fundamental physics principles. Understanding these principles helps in designing safe and efficient elevator systems.
Physics is relevant to society in many ways. It helps us understand the natural world, develop technologies, and make advancements in areas like energy, medicine, and communication. For example, physics principles are essential in designing electronics, transportation systems, and even in predicting natural disasters.
"Planning a computer workstation” likely refers to the process of designing and setting up a workstation i.e., planning the layout, hardware selection, and ergonomics to create a functional, comfortable, and efficient workspace.
For Biology: -Date -Topic -Title -Introduction -Hypothesis -Aim -Materials/Apparatus ..(which could be a questionnaire) -Method -Expected Results -Limitations -References For Chemistry: -Title -Aim -Hypothesis -Apparatus/Materials -Variables -Procedure -Data Collected -Treatment of Data -Discussion (limitations, sources of errors, need for reprtition)
Inspection,Designing and Planning
Architecture
The five major categories of operation planning are: capacity planning, location planning, layout planning, quality planning, and methods planning.
When designing a kitchen appliance layout, factors to consider include the size and shape of the kitchen space, the workflow and efficiency of the layout, the placement of electrical outlets and plumbing connections, the types and sizes of appliances needed, and the overall aesthetic and style of the kitchen.
The scope of B tech planning is implementation, designing and planning of a structure. This is the job of a civil engineer.
No, physics has nothing to do with planning weddings.
Facilities layout planning is crucial because it makes operating of the facility smooth and efficient. It promotes efficiency in handling of the material and other economic factors.
Nonsense
The likely word is "designing" (planning, developing).
yes they are different. Designing is coding and the layout - functionality etc whilst Photoshop is graphic creation and editing application