This document discusses different ways of measuring matter and its properties. It explains that matter can be described by its properties like size, color, shape, etc, and that volume, mass, and temperature can be measured. The three states of matter are solids, liquids, and gases. Length can be measured using a ruler or meter stick. Mass is measured using a balance scale in grams or kilograms. Volume is the amount of space an object takes up and can be measured using a graduated cylinder in milliliters or liters.
Exercise 1 Measurements and the MicroscopesBreak-out Group NuBetseyCalderon89
Exercise 1: Measurements and the Microscopes
Break-out Group Number:
Section:
Student Names (First and Last)
Student Panther ID #s
Johana Rodriguez
6173932
Jason Charles
6123334
jiuyi huang
6126684
iffat mahmood
3994473
_____________________________________________________________________________
OBJECTIVES:
1. Understand measurements and conversions of the metric system.
2. Learn how to properly use both compound and dissecting microscopes.
_____________________________________________________________________________
INTRODUCTION:
Numbers and measurements impact every part of our lives, and are tools that scientists, engineers, astronauts, chefs and doctors use to analyze data, build bridges, fly orbiters into space, adjust recipes, and prescribe medication. Collecting and analyzing data allows us to understand patterns in the natural world that are not easily observed with the naked eye, and the natural variation that is inherent to all organisms is the major reason we need measurements. In today’s lab you will learn about basic measurements and common instruments used by scientists on a daily basis. Your ability to learn and use these concepts will be tested and reinforced throughout the semester.
____________________________________________________________________________
Task 1 - MEASUREMENTS IN SCIENCE: Familiarize yourself with the metric system.
Recall from last week that a key component of the scientific method is experimentation. This step is necessary for the collection of data that will either lend support to, or lead to the rejection of, the hypothesis being tested. In general, data can be qualitative or quantitative. Qualitative data describe variables based on quality (e.g. smell, appearance, texture, etc) and are usually gathered through interviews, pictures, field notes and/or surveys. Quantitative data define the quantity of a variable through measurements (e.g. length, area, cost, height, age, etc.). The main disadvantage of qualitative data is that they are often too subjective (what smells good to one individual might not smell equally well to another). Therefore, quantitative data, which can be statistically manipulated and analyzed, are the preferred choice of most scientists because they provide objective, less biased measures. However, we will examine both types of data in greater detail throughout the semester.
The metric system is used as the international standard to make measurements worldwide. It is based on units of ten (see Table 1 and 2). In contrast, the Imperial Units of Measurement is based on historical precedent, e.g., a foot was first measured as the length of a man’s foot. Because the metric system is widely employed throughout the scientific arena, it will be covered in this lab.
Table 1:
Prefix
Abbreviation
Division or Multiple of Metric Unit
Pico
p
0.000000000001
Nano
n
0.000000001
Micro
µ
0.000001
Milli
m
0.001
Centi
c
0.01
Deci
d
0.1
Base unit
-----
1
Deka
da
10
Hector
h
100
Kilo
k ...
Exercise 1 Measurements and the MicroscopesBreak-out Group NuBetseyCalderon89
Exercise 1: Measurements and the Microscopes
Break-out Group Number:
Section:
Student Names (First and Last)
Student Panther ID #s
Johana Rodriguez
6173932
Jason Charles
6123334
jiuyi huang
6126684
iffat mahmood
3994473
_____________________________________________________________________________
OBJECTIVES:
1. Understand measurements and conversions of the metric system.
2. Learn how to properly use both compound and dissecting microscopes.
_____________________________________________________________________________
INTRODUCTION:
Numbers and measurements impact every part of our lives, and are tools that scientists, engineers, astronauts, chefs and doctors use to analyze data, build bridges, fly orbiters into space, adjust recipes, and prescribe medication. Collecting and analyzing data allows us to understand patterns in the natural world that are not easily observed with the naked eye, and the natural variation that is inherent to all organisms is the major reason we need measurements. In today’s lab you will learn about basic measurements and common instruments used by scientists on a daily basis. Your ability to learn and use these concepts will be tested and reinforced throughout the semester.
____________________________________________________________________________
Task 1 - MEASUREMENTS IN SCIENCE: Familiarize yourself with the metric system.
Recall from last week that a key component of the scientific method is experimentation. This step is necessary for the collection of data that will either lend support to, or lead to the rejection of, the hypothesis being tested. In general, data can be qualitative or quantitative. Qualitative data describe variables based on quality (e.g. smell, appearance, texture, etc) and are usually gathered through interviews, pictures, field notes and/or surveys. Quantitative data define the quantity of a variable through measurements (e.g. length, area, cost, height, age, etc.). The main disadvantage of qualitative data is that they are often too subjective (what smells good to one individual might not smell equally well to another). Therefore, quantitative data, which can be statistically manipulated and analyzed, are the preferred choice of most scientists because they provide objective, less biased measures. However, we will examine both types of data in greater detail throughout the semester.
The metric system is used as the international standard to make measurements worldwide. It is based on units of ten (see Table 1 and 2). In contrast, the Imperial Units of Measurement is based on historical precedent, e.g., a foot was first measured as the length of a man’s foot. Because the metric system is widely employed throughout the scientific arena, it will be covered in this lab.
Table 1:
Prefix
Abbreviation
Division or Multiple of Metric Unit
Pico
p
0.000000000001
Nano
n
0.000000001
Micro
µ
0.000001
Milli
m
0.001
Centi
c
0.01
Deci
d
0.1
Base unit
-----
1
Deka
da
10
Hector
h
100
Kilo
k ...
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Session Overview
-------------------------------------------
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Topics covered:
UI automation Introduction,
UI automation Sample
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4. Demo
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Orchestrator execution result
Defect reporting
SAP heatmap example with demo
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Knowledge engineering: from people to machines and back
Measurement
1.
2.
3.
4.
5.
6.
7.
8.
9. 3. The more dense (heavy) an object is the more likely it will sink
10.
11.
12.
13. 4. Volume of an object that isn’t a box- Displacement - how to find the volume of anything with water Step 1- pour 100ml of water in beaker, observe the curve in the water (bottom of meniscus) and write it down Step 2- drop object in the beaker, observe the curve in the water and write down the measurement of the water + object Step 3 - Subtract step 1 from step 2 Meniscus reading
![Chapter 9: Measurement ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],Can measure these properties](https://image.slidesharecdn.com/chapter-5-measurement-1216167722469138-8/85/Measurement-1-320.jpg)
![[object Object],a. Solid- has a shape and takes up space b. Liquid- takes up space but has no shape c. Gas – has no shape and doesn’t take up space Changing States of Matter Simulation](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)