Chemistry & Integrated Science.  Essential Question: How many seconds are in the school day at SEHS? Classroom seconds? Lunch s? Btw class s? 7:45 A.

Slides:

Advertisements

Similar presentations

Entrance Ticket 9/9/14 Grades are posted! We are now on entrance ticket set 2 In the white text books read about scientific notation (pp. 15 and 16). Put.

Advertisements

Mon 12/15/14 Mrs. Schultz Chemistry Integrated Science.

Physical Science Bell Ringers Fall semester

Physical Science Class Agenda: Bell Question:.

Scientific Measurement

NEWTON’S SECOND LAW OF MOTION Law of Acceleration.

Conversion Factors.

Tuesday May 26, 2015 Mrs Schultz Chemistry Integrated Science.

Physical Science S2 Class Agenda:Bell Question:. Physical Science S2 4/21/15 Class Agenda: Finish Simple Machine Virtual Lab Week 9 Bell Question: A simple.

As You Come In Get out your unit 1 goal sheet, fill it out and turn it in. Grab Unit 2 notes booklet and the worksheet packet. Review symbols cards with.

Describing Matter 1.2 Objective/Warm-Up The students will be able to use the metric system to solve conversion problems and solve density problems. What.

Wednesday, Sept. 4 th : “A” Day Thursday, Sept. 5 th : “B” Day Agenda  Homework Questions/Collect (Pg. 9: 1-10)  Sec. 1.1 Quiz: “What is Chemistry?”

English and Metric Conversions 8/26/13. Bellwork Reminders:  You need to write out the question and answer it to receive full credit  If absent you.

Physical Science Units Review

Agenda and Pre-Question Chemistry. Week 1 Friday 8/13 Objective: students will identify the names of the elements Agenda Element Quiz #1 Periodic Table.

Unit 3 Jeopardy Calculations and problem solving..

Matter and Measurement Mrs. Alvarez.  Definition: Mass per unit volume of a substance  Formula: D = m/V ; units: g/mL, g/cm 3, kg/L.

Slide 1 of 21 DQ? Taken directly from PP3 slide 31 Graduated cylinders shows each line (scale) represents 1 ml increments. This instrument is accurate.

Motion Revision Quiz questions. Round 1 1.Which of the following is a scalar measurement? displacement distance velocity.

The Metric System Objective: Identifying what units are used for different measurements and how to convert measurements.

Monday March 16, 2015 Mrs. Schultz Chemistry & Integrated Science.

Describing Matter 1.2. Objective/Warm-Up The students will be able to use the metric system to solve conversion problems and solve density problems. What.

Daily Science (Aug) 1. Convert 3.56 m into dm 2. Convert 113 lbs into g (438 g in 1 pound) 1. Convert 1.65 km into inches (1 in = 2.54 cm)

Laboratory Calculations

Measuring density Thursday 9/17/09. What density is and how to measure it What we will learn…

WARM UP. Chemistry Warm Up 9/3 (Write the question). Use a book! Chemistry after school tutoring is in Today! 1. What are the exponents for: A) Kilo-

Monday January 6, 2014 Chem/Phys No School – Snow Day.

Mrs. Schultz 2 nd quarter Monday, November 4, 2013.

Unit 1 Test Review. List the 6 steps of the Scientific Method 1.Purpose 2.Background Research 3.Hypothesis 4.Experiment 5.Analyze data 6.Conclusion.

Daily Agendas. Learning Target: I can successfully describe some of the expectations & procedures for physics class this trimester Wed Aug 13 PAPERS COLLECTED:

T UES 1/7 1 ST PERIOD EQ: Describe the period and group trend for ionization energy, electron affinity, and atomic radius. 1. Check 16 terms in notebook.

Chemistry classes Mon Jan 11, 2016 Mrs. Schultz Available online: schultz915.pbworks.com.

Monday, March 23, 2015 Mrs. Schultz Chemistry Integrated Science.

Mrs. Schultz Chemistry Integrated Science. Mon 11/10 1 st period Essential Question: Determine the number of unpaired electrons in oxygen and neon. (hint.

Density Where Mass meets Volume. What to Know How do I convert units in Density Problems? ConversionExamples 1000 g = 1 kg a.1500 g = ______ kg b

Matter Review. What is the definition of density?

Newton’s Second Law of Motion. 2 nd Law of Motion  The net (total) force of an object is equal to the product of its acceleration and its mass.  Force.

Physical Science Bell Ringers Fall semester

Calculations Involving Density Calculating Density from Mass and Volume.

Chemistry classes starting Monday Aug. 31, 2015 Mrs. Schultz Room 915.

MRS. SCHULTZ AGENDA BEGINNING MON SEPT 29 Chemistry & Integrated Science.

Mrs Schultz Chemistry & Integrated Science Week beginning Mon. Nov. 17, 2014.

Chemistry classes Monday Oct. 5, 2015 Mrs. Schultz.

Chemistry Classes Monday September 21, 2015 Mrs. Schultz.

SOL Review 1.  Accuracy: measure of how close a measurement comes to the actual true value  Precision: measure how close a series of measurements are.

Density Review and worksheet 8 th grade Science.  Today is the last day to PIP for the Unit 2 test. Make sure that you find a time to PIP today if you.

Mrs. Schultz 2 nd quarter Monday October 28, 2013.

9th Physical Science Week of Nov 9 th – Nov 13 th.

Chemistry classes Monday Sept. 14, 2015 Mrs. Schultz Room 915 SEHS.

Density and Temperature

Scientific Measurement

The product of 2 × 104 cm and 4 × 10–12 cm, expressed in scientific notation is ____.

Video: Hunting the elements WS Density problems – show work please

Chemistry class agendas Mrs. Schultz

Chemistry classes Mrs. Schultz Mon. Aug. 28, 2017.

Week begins Monday October 13, 2014

Mrs Schultz Chemistry I PIB

DENSITY - an important and useful physical property

Dimensional Analysis Problems

Mrs Schultz Chemistry Integrated Science

Chemistry: The Study of Change

Chapter 3 Scientific Measurement Review

General Chemistry I CHEM 110

Mrs. Schultz Chemistry I Integrated Science

Objectives Calculate the density of a sample using mass and volume.

Significant Figures Practice Density Practice

WHAT IS A FORCE? A force is a push or a pull, and one body exerts a force on another SI units are Newton (N), 1N=1kg x m/s2.

Mrs. Schultz Chemistry & Integrated Science

Chemistry classes beginning monday October 31, 2016

Presentation transcript:

Chemistry & Integrated Science

 Essential Question: How many seconds are in the school day at SEHS? Classroom seconds? Lunch s? Btw class s? 7:45 A – 2:05 P 1. WS Dimensional analysis 2. Review Q’s remotes 3. HW: Write your own question involving conversions that would use dimensional analysis 4. Extra Credit next week: Dress up for Homecoming each day

 Essential Question: Convert km/hr to m/s 1. Due: HW - Write your own question involving conversions that would use dimensional analysis 2. Go over? WS Dimensional analysis 3. Review for Test 4. HW: Workbook pages Extra Credit: Dress up: Lucky Tuesday is tomorrow

Essential Question: Determine the mass of water inside an aquarium that is 102 cm by 55 cm by 63 cm. D H2O =.997 g/cm 3 1mL = 1cm 3 1. Due HW: Workbook pages Finish Test Review Q’s (Test on Thurs) 3. Density problems worksheet

1. How many significant digits are in the following: a) 65 s b) g c).0010 mL d) 25 K 2. Convert 12.0 mg to grams. 3. Convert 7.66 m to centimeters. 4. A bar of silver has a mass of g and a volume of 6.50 mL. What is the density of silver? 5. List 3 base units and the quantity they measure meters x 4.0 meters g g g 8. The boiling point of water is measured as 99.5 o C. The actual boiling point is 100 o C. Calculate the percent error. 9. (9.6 x 10 2 g) + (7.12 x 10 3 g) 10. (8.15 x m) x(5.72 x 10 8 m)

 1 st period did not meet today.

 Essential Question: A child measures inches tall. Convert this to centimeters. 1. Due: Density problems worksheet 2. Test moved to Monday 3. Video: The Wizard – 2 nd element game

Essential Question: (6.5 x 10 2 g) + (5.12 x 10 3 g) 1) Due: Workbook pages ) Go over WS Practice for quiz 3) Quiz 4) Dimensional Analysis worksheet 5) HW: Workbook pgs

Essential Question: Determine the mass of water inside an aquarium that is 102 cm by 55 cm by 63 cm. D H2O =.997 g/cm 3 1mL = 1cm 3 1) Due: Workbook pages & Dimensional analysis worksheet 2) Test Review Q’s on Mon (Test Wed) 3) HW: Density problems

Essential Question: Determine the mass of water inside an aquarium that is 102 cm by 55 cm by 63 cm. D H2O =.997 g/cm 3 1mL = 1cm 3 1) Due: Workbook pages & Dimensional analysis worksheet 2) Test Review Q’s (Test Wed) 3) HW: Density problems

Essential Question: Calculate the acceleration of an airplane that starts at rest and reaches a speed of 55 m/s in 11 seconds. 1. Due HW: Write two problems that involve the acceleration formula 2. Notes: Air resistance 3. Review Q’s remotes 4. Extra credit: Homecoming! Tuesday: Lucky Tuesday (St Patrick’s Day theme) Thursday: Nole-a-day! Spirit colors: orange blue grey white

 Essential Question: Determine the force (in Newtons) when a 50 kg block of ice is dropped off a building. F = ma 1. Video: Discoveries in Physics 2. Acceleration problems 3. Motion puzzle #4 momentum 4. Quiz next class

 Essential Question: Sally goes over the top of a hill at a rate of 5.0 m/s while on her bike. 5 seconds later, her speed is 20 m/s. What is Sally’s acceleration? 1. Review Q’s remotes 2. Quiz 3. Video: Properties of matte

Show your work, please 1. A car is going 25 mi/h. The car speeds up to 35 mi/h in 2 seconds. Calculate the acceleration. (see pg ) 2. A rabbit starts from a resting position and moves at 6 m/s after 3 seconds. What is the acceleration of the rabbit?

Essential Question: (6.5 x 10 2 g) + (5.12 x 10 3 g) 1) Due: Workbook pages ) Go over WS Practice for quiz 3) Quiz 4) Dimensional Analysis worksheet 5) HW: Workbook pgs

Essential Question: Determine the mass of water inside an aquarium that is 102 cm by 55 cm by 63 cm. D H2O =.997 g/cm 3 1mL = 1cm 3 1) Due: Workbook pages & Dimensional analysis worksheet 2) Test Review Q’s (Test Thurs) 3) HW: Density problems