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Chief of Mission Priorities Statement
Chief of Mission Priorities Statement
Provide a one-page/1.5, single-spaced, Chief of Mission (COM) Priorities statement for the
Integrated Country Strategy (ICS) for Kraskovia (A made up country). Do not exceed 2 pages
single-spaced. Materials and information about the country Kraskovia are attached below. No
need to give background information about what an integrated strategy is, only to write one. You
MUST seek guidance by looking at authentic ICS COM Priorities here:
https://www.state.gov/integrated-country-strategies/
Physics Lab Report: Resistance and Ohm’s Law
Physics Lab Report: Resistance and Ohm’s Law
Resistance and Ohm’s Law
Resistance Measurements
The resistance is identifying by the color code (Rcode). You can find the color code table and the figure example below.
| Color | Number | Multiplier | Tolerance |
| Black | 0 | 1=100 | |
| Brown | 1 | 101 | |
| Red | 2 | 102 | |
| Orange | 3 | 103 | |
| Yellow | 4 | 104 | |
| Green | 5 | 105 | |
| Blue | 6 | 106 | |
| Violet | 7 | 107 | |
| Gray | 8 | 108 | |
| White | 9 | 109 | |
| Gold | 10-1 | 5% | |
| Silver | 10-2 | 10% | |
| None | 20% |
2. Ohm’s Law
Equipment:
4 AA battery holder
4 AA battery (1.5 volts)
10 75 Ω resistors
1 DC analog ammeter
1 digital voltmeter
-Set up a DC series circuit with 75 Ω the Battery and the “wire wound” resistor provided.
-Connect an ammeter in series with the resistor and a voltmeter in parallel with the resistor.
-read the Ammeter and Voltmeter and Right down the value in First Row of Table.
| Current I (ammeter value) | Voltage V (voltmeter Value) |
| I = | V = |
| I = | V = |
| I = | V = |
| I = | V = |
– Add Another battery in series to frist one and again try to read the numbers voltmeter and ammeter and write down the numbers in second table.
Batteries in Series
-repeat the experiment for 3 batteries and 4 batteries in series and for each situation read the value for ammeter and voltmeter and write down the value in 3th and 4th row of table .
-Plot V vs I. (V vertical and I horizontal) and find the slop of graph (Y4-Y1) / (X4-X1). this number should be close to 75Ω.
-Calculate the percentage error. (theoretical number is 75.
Physics Lab Report: Image Characteristic for Mirror and Lens
Physics Lab Report: Image Characteristic for Mirror and Lens
Image Characteristic for Mirror and Lens
Use the link below to find out the simulation that you need for part 1 and 2 of this experiment.
Find out the image characteristic for each situation:
- Concave mirror do > 2f
do = 10 di = ……….. inverted or uprigh
ho = 2 hi = ……….. Real or Virtual
Concave mirror do < f
do = 3 di = ……….. inverted or upright
ho = 2 hi = ……….. Real or Virtual
Use the link below to find out the simulation that you need for part 3 and 4 of this experiment.
Find out the image characteristic for each situation
- Convex lens do < f
do = 3 di = ……….. inverted or upright
ho = 1 hi = ……….. Real or Virtual
M = …………
Convex lens do > 2 f
do = 12 di = ……….. inverted or upright
ho = 2 hi = ……….. Real or Virtual
M = …………
Image Characteristic for Mirror and Lens
Use the link below to find out the simulation that you need for part 1 and 2 of this experiment.
Find out the image characteristic for each situation:
- Concave mirror do > 2f
do = 10 di = ……….. inverted or upright
ho = 2 hi = ……….. Real or Virtual
Concave mirror do < f
do = 3 di = ……….. inverted or upright
ho = 2 hi = ……….. Real or Virtual
Use the link below to find out the simulation that you need for part 3 and 4 of this experiment.
Find out the image characteristic for each situation:
- Convex lens do < f
do = 3 di = ……….. inverted or upright
ho = 1 hi = ……….. Real or Virtual
M = …………
Convex lens do > 2 f
do = 12 di = ……….. inverted or upright
ho = 2 hi = ……….. Real or Virtual
M = …………