The Medici Family was one of the wealthiest families in Europe in the 1600s. They accomplished many things and through all generations‚ were great patrons of the arts. fbhdusioan yfudgfuidsavhnudsfial n6r4378hgfuiebhjsda. fudioqtn67yvuifshauiyw7q8fhuisqfhyuiof78qtfghr7e8oqhvurieqyb78eqy hub9r8wy6v5y47uihfuisaf64783qhfu y7843y7vhiu hre0wg78rgeuis fr78wqrtqw478fhuisasdbvfh. urieoqvhbufi eiogherwugbyvfubsu80ag hfuio erui huwiqfh90gr. hgewf87eyqh78 yre79q 76rqt g7f6w9q7 gfe7wq8vg67f g679wq gr7e9q
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VITAL SIGNS I. TEMPERATURE a. Ranges of Temperature in certain conditions a.i. Oral core or Body Temperature a.i.1. Normal Range - 96.8 ⁰F – 99.3 ⁰F - 36 ⁰C – 37.3 ⁰C a.ii. Rectal Temperature a.ii.1. Normal Range - 97.8 ⁰F – 100.3 ⁰F a.iii. Fever a.iii.1. Temperature - above 78.6 ⁰F or above 37.6 ⁰C a.iv. Pyrexic a.iv.1. Temperature - greater than 100 ⁰F or greater than 37 ⁰C a.v. Hyperpyrexic a.v.1. Temperature - 108 ⁰F or 41.1 ⁰C b. Factors affecting body Temperature b.i. Time
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Hestia Livana Partners : Rachel Gideon‚ Joy Boake‚ Hannah Harper Various Color of Light as the Effect of Electron Emission Objective Observe the characteristic colors produced by certain metallic ions when vaporized in a flame. Identify the unknown metallic ions by means of its flame tests. Background When atoms absorb energy‚ electrons move into higher energy levels‚ and these electrons lose energy by emitting light when they return to lower energy levels. Energy levels are fixed energies
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CM 1401 Practice Trial This paper consists of 5 MCQ and 5 free r esponse questions. Complete all the questions below. 1) For H Atom‚ select the on e that best represent the electron level diagram. a . S b. c. d. none of the above ( ) Choose 2) Which of the following is fa lse about MO theory? a) no. of atomic orbital formed will be the sam e as the
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|Lesson one – Atomic structure and mass | |1. How to represent atoms. |Starter – what is an atom? What do we call the particles that make up an |Can represent atoms showing atomic number |Model of an atom. |Atomic mass worksheet | |2. The relative masses of protons‚
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The density of fractions 1‚ 2‚ and 3 are as follows: 1.49‚ 1.325‚ and 1.34 g/mL. These values areincorrect because the density should not have been over 1.0 g/mL. This is because the density of water is 1.0 g/mL‚ and the product should have had a mixture of ethanol and water‚ making the density lower. The measured weight of the vials and ethanol were incorrect due the scales.There are many factors that can cause a scale not to read the correct value. The first is the airflow underneath the weighing
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This is a reflective report based on my experiences whilst on my first antenatal placement in a local hospital. I am going to use Gibbs Model for Reflection (1988) for this reflective writing‚ which is a effective way to help me to record my feelings and thoughts on antenatal care visits I attended‚ the varying patients I examined‚ the outcomes of these examinations and any problems or achievements I felt important in my time there. Description To be honest‚ I did assume a variety of situations that
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Where NJ and Nj represent the Sub band Coefficients present in the sub bands signal. The Extracted feature for the energy from cA6‚k ‚ cD6‚k ‚ cD5‚k ‚ and cD4‚k sub bands are observed. The mean and variance value are different for various sub band coefficient for both healthy control and abnormal cases. 3. Eigen Space Feature Analysis: The sub band matrices are mainly subjected to Eigen space analysis‚ the segmented range present in the signal is appears a numerical value. It is expected that any
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Solve each of the following problems. Show your solution. 1. A hydraulic lift office chair has its seat attached to a piston with an area of 11.2 cm2. The chair is raised by exerting force on another piston‚ with an area of 4.12 cm2. If a person sitting on the chair exerts a downward force of 219 N‚ what force needs to be exerted on the small piston to lift the seat? Answer: a= 11.2 cm2 A= 4.12 cm2 f= 219 N F= 80.56 N F= fA / a ;
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Objective The objective of this lab is broken into two parts. The first is to recognize the principles of flame ionization and atomic spectra. The second is to observe and thus further understand the line spectra for multiple elements or molecules as well as determine the correlation between emission spectra and atomic structure. Experimental Procedure Procedure 1: Observation of Line Spectra by Discharge Tubes Six discharge lamps were selected – argon‚ carbon dioxide‚ helium‚ hydrogen‚ iodine
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