Practice word problems and conversions between the metric system and the English system with this worksheet.
Word Problems – Conversions Worksheet
Name: ______________________________
Solve the following word problems.
1. A road is measured to be 452 feet long. What is the distance in meters? (1 foot = 12 inches; 1 inch = 2.54 cm; 100 cm = 1 meter) Round your answer to the nearest one's place.
2. Convert 74 cm to inches. (1 inch = 2.54 cm) Round your answer to the nearest one's place.
3. Convert 36 liters to gallons. (3.79 liters = 1 gallon) Round your answer to the nearest tenths.
3. Convert 98 liters to gallons. (3.79 liters = 1 gallon) Round your answer to the nearest tenths.
4. Convert 5 gallons to liters. (3.79 liters = 1 gallon) Round your answer to the nearest hundreth.
5. Convert 4 meters to feet. (1 foot = 12 inches; 1 inch = 2.54 cm; 100 cm = 1 meter) Round your answer to the nearest one's place.
6. Convert 7 feet to meters. (1 foot = 12 inches; 1 inch = 2.54 cm; 100 cm = 1 meter) Round your answer to the nearest one's place.
7. Convert 12 feet to cm. (1 foot = 12 inches; 1 inch = 2.54 cm) Round your answer to the nearest one's place.
Monday, February 27, 2012
Monday, February 20, 2012
New Worksheet - Chemistry: Lewis Structures
Practice your understanding of Lewis structures with this worksheet.
Chemistry - Lewis Structures
Name: _____________________________
Problems
Draw the Lewis structures for the following atoms:
1. Ba
2. Si
3. Se
Give the chemical formulas for the following molecules:
4. magnesium oxide ________________
5. potassium sulfide ________________
6. chromium (III) bromide ________________
7. sodium carbonide ________________
8. Which of these atoms has the greatest desire for extra electrons: Mg, P, or S? ________________
9. Which of these atoms has the largest atomic radius: Rb, Sb, Te, or Xe? ________________
10. Draw the Lewis structure for PF3.
Chemistry - Lewis Structures
Name: _____________________________
Problems
Draw the Lewis structures for the following atoms:
1. Ba
2. Si
3. Se
Give the chemical formulas for the following molecules:
4. magnesium oxide ________________
5. potassium sulfide ________________
6. chromium (III) bromide ________________
7. sodium carbonide ________________
8. Which of these atoms has the greatest desire for extra electrons: Mg, P, or S? ________________
9. Which of these atoms has the largest atomic radius: Rb, Sb, Te, or Xe? ________________
10. Draw the Lewis structure for PF3.
Tuesday, February 7, 2012
New Worksheet - Trigonometry
Practice trigonometry problems with this worksheet. Use it to hone your understanding in Physics or Trigonometry.
Basic Trigonometry Worksheet
Name: _____________________________
Problems
1. A 5’10” man stands 13 feet away from a building. Using a protractor to measure the angle between himself and the top of the building, he gets an angle of 37 degrees. How high is the building?
____________________
2. A 5’6” girl stands 21 feet away from a building. Using a protractor to measure the angle between himself and the top of the building, she gets an angle of 43 degrees. How high is the building?
____________________
3. A 5’11” man stands 47 feet away from a building. Using a protractor to measure the angle between himself and the top of the building, he gets an angle of 59 degrees. How high is the building?
____________________
4. A road bed rises 274 feet for each 3125 horizontal feet of road. Find the angle of inclination of the roadbed.
____________________
5. A road bed rises 342 feet for each 4517 horizontal feet of road. Find the angle of inclination of the roadbed.
____________________
© 2012 Laura Glassel – lizzietutoring.blogspot.com
Basic Trigonometry Worksheet
Name: _____________________________
Problems
1. A 5’10” man stands 13 feet away from a building. Using a protractor to measure the angle between himself and the top of the building, he gets an angle of 37 degrees. How high is the building?
____________________
2. A 5’6” girl stands 21 feet away from a building. Using a protractor to measure the angle between himself and the top of the building, she gets an angle of 43 degrees. How high is the building?
____________________
3. A 5’11” man stands 47 feet away from a building. Using a protractor to measure the angle between himself and the top of the building, he gets an angle of 59 degrees. How high is the building?
____________________
4. A road bed rises 274 feet for each 3125 horizontal feet of road. Find the angle of inclination of the roadbed.
____________________
5. A road bed rises 342 feet for each 4517 horizontal feet of road. Find the angle of inclination of the roadbed.
____________________
© 2012 Laura Glassel – lizzietutoring.blogspot.com
Monday, February 6, 2012
New ACT Preparation Course
Is your high-school student taking the ACT test this year?
Here is an opportunity to help your student get ready for the test by---
- finding out what to expect on the test
- learning test-taking strategies
- reviewing the content that the test covers
We are offering the test preparation course at two different times (each track will cover the same material).
Track 1 will meet for four one-hour sessions. Each session will cover one section of the ACT.
It will meet on Monday afternoons from 2:00-3:00 p.m.
Dates: April 30, May 7, 14, and 21
Location: 6400 Tanager Lane, Eden Prairie, MN 55346
Registration deadline for Track 1: Friday, April 20, 2012
Track 2 will meet for two two-hour sessions. Each session will cover two sections of the ACT.
It will meet on Monday afternoons from 2:00-4:00 p.m.
Dates: April 2 and 9
Location: 6400 Tanager Lane, Eden Prairie, MN 55346
Registration deadline for Track 2: Friday, March 23, 2012
Cost for each track: $80.00 per student for the entire course. Includes materials.
To register, fill out the form above.
Here is an opportunity to help your student get ready for the test by---
- finding out what to expect on the test
- learning test-taking strategies
- reviewing the content that the test covers
We are offering the test preparation course at two different times (each track will cover the same material).
Track 1 will meet for four one-hour sessions. Each session will cover one section of the ACT.
It will meet on Monday afternoons from 2:00-3:00 p.m.
Dates: April 30, May 7, 14, and 21
Location: 6400 Tanager Lane, Eden Prairie, MN 55346
Registration deadline for Track 1: Friday, April 20, 2012
Track 2 will meet for two two-hour sessions. Each session will cover two sections of the ACT.
It will meet on Monday afternoons from 2:00-4:00 p.m.
Dates: April 2 and 9
Location: 6400 Tanager Lane, Eden Prairie, MN 55346
Registration deadline for Track 2: Friday, March 23, 2012
Cost for each track: $80.00 per student for the entire course. Includes materials.
To register, fill out the form above.
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