New phase

Predictions Model 1: “Moon phases are caused by the shadow of the Earth on the Moon” 1. If Moon phases are caused by the shadow of the Earth on the Moon, when there is a new Moon, it should lie directly behind the Earth. The sunlight would be completely blocked off from the Moon because of Earth’s shadow. 2. If Moon phases are caused by the shadow of the Earth on the Moon, the Moon should be a full Moon for most of the lunar month because Earth will not cast a shadow on the Moon unless the Moon

reliable staff who will have a more positive contribution to the needs of the organisation. Staff are a valuable source of innovation, even if it is not expected as a major part of their job. An innovative work environment means being creative and try new techniques. As Albert Einstein said “if you always do what you’ve always done, you will get what you’ve always got.” A benefit of change in the organisation would be it promotes creative ways of thinking, so that ideas can be developed to keep the

and glycerol ability to improve nanoemulsification of tween 80. However, propylene glycol was selected because it showed better drug solubility than glycerol. Construction of pseudo-ternary phase diagrams The transparent to translucent microemulsion region for each investigated system are presented in phase diagram with one axis representing

according to the lunar cycle (old and new phases), which subsequently, creates the play’s themes of dreamscape, female bodily change and chastity, and most importantly, the romance and infidelities experienced in a relationship. Psychologically, A Midsummer Night’s Dream, starts in the light of day, symbolizing consciousness, and descends into the depths of the unconscious, moonless night. Similarly, Shakespeare’s use of moon imagery assumes a new, or invisible, phase laying the foundation for the texts

the different phases students will go through as they proceed through their collegiate careers. According to this theory, events, both anticipated an unanticipated, as well as non-events can play a role that results in changed relationships, routines, assumptions and roles (Patton, Renn, Guido, & Quaye, 2016). When applying Schlossberg’s theory to student trailblazer theory, I believe the phases with the greatest level of transition include the shift from the college entry phase to the vulnerability

or prolonged disruption of business. In the first phase Comcast would need to have a strategic plan that ranks the importance of assets that included processes and systems in order to save money in places where it may not be necessary to get it up and running. What would be highly ranked would be the Comcast network because without it customers would be down and without services and that would be the most costly to the business. In the next phase, analysis would determine the impact of the loss of

moon’s phases Asking the class as a whole. Can we see the moon during the daytime? Does the moon appear in the sky during daytime? Guiding the students to investigate the question through the Internet. Exploring through the Internet about the moon. Explaining and discussing about “what they knew” and “what they learnt” after the investigation. (Eg: What they know- the moon can be seen only in the night. What they learnt- the moon can also be seen during the daytime). Discussing about the new words

& Deal, 2003). The leadership component concentrates on the principals’ role in executing the strategic plan. Phase I (symbolic) will focus on a needs assessment of the school. Phase II (structural) aligns the planning and development around the needs of the school. Phase III (human resource) covers the implementation of the areas covered in the planning and development stage. Phase IV (political) is centered on the accountability component.

alloys do not have. This unique behaviour was first found in Au-47.5%Cd alloy in 1951, and was publicised by its discovery in a Ti-Ni alloy in 1963. After much research and development thereafter, shape memory alloys are now being practically used as new functional alloys for pipe couplings, antennae for cellular phones and various actuators in electrical appliances, etc. Furthermore, they have attracted keen attention as promising candidate for smart materials since they function as sensors as well

INTRODUCTION 1 1.1. Definition 1 1.2. Displacive Transformations 1 1.3. Hysteresis 2 1.4. Crystal structures of Ti-Ni based martensites 3 1.5. Spectroscopy techniques to determine composition of SMA 4 1.5.1. Energy Dispersive X-Ray Spectroscopy 4 1.6. Phase diagram of Ti-Ni Alloys 5 2. APPLICATION OF SHAPE MEMORY ALLOYS IN INTELLIGENT REINFORCED CONCRETE STRUCTURES (IRCS) 7 2.1. Concept of IRCs 7 2.2. Important Shape Memory Alloy Properties Applied in IRC 7 2.2.1. Shape Memory Effect 7 2.2.2 Thermal Actuation