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QLC1
Math
| Question | Answer |
|---|---|
| Perimeter of Rectangle | P=2L+2W |
| Quadrilateral | 4 sided polygon |
| Pentagon | 5 sided polygon |
| Hexagon | 6 sided polygon |
| Triangle | 3 sided polygon |
| Area of a triangle | 1/2 b x h |
| Area of a rectangle | L*W |
| Area of a parallelogram | b*h |
| Area of a trapezoid | 1/2 (b1+b2)*h |
| Area of a circle | 3.14*r^2 |
| Planar figure | 1 or 2 dimensional |
| Solid figure | 3 dimensional |
| Volume of a rectangular solid | L*W*H |
| Volume of a circular cylinder | 3.14*r^2*h |
| Volume of a sphere | 4/3*3.14*r^3 |
| Volume of a cone | 1/3*3.14*r^2*h |
| Volume of a rectangular based pyramid | 1/3*b*h |
| Complimentary angles | sum of all angles equals 90 degrees |
| Supplementary angles | sum of all angles equals 180 degrees |
| sin | opposite/hypotenuese opposite=length opposite of acute angle hypoteneuse= length of hypotenuese |
| cos | adjacent/hypoteneuse adjacent=length of leg adjacent to acute angle hypoteneuse= length of hypoteneuse |
| tan | opposite/adjacent opposite= length of leg opposite of acute angle adjacent= length of leg adjacent to acute angle |
| 1 yard | 36 inches |
| 1 foot | 12 inches |
| 1 mile | 5280 feet |
| 3 feet | 1 yard |
| translations | slides across graph |
| reflections | flips across the line |
| rotations | turns around the graph |
| 2000 lbs | 1 ton |
| 1 quart | 2 pints |
| 1 pint | 16 ounces |
| 4 quarts | 1 gallon |
| 1 pint | 2 cups |
| 1 cup | 8 ounces |
| natural numbers | 1, 2, 3 ect. Used for counting |
| Whole numbers | 0, 1, 2, 3 ect. Natural numbers with the number 0 included |
| Integers | consist of whole numbers plus opposite numbers (negatives) |
| Rational Numbers | quotients of integers with non zero divisors (decimals, fractions, ect..) |
| Irrational Numbers | points on a line that have no rational numbers (Pi, square root of 2, ect...) |
| Logarithms | LOG (number that is not 10 in the equation) |
| LogaB=c | value "a" is the base value "b" is the input value "C" is the solution |
| Principle of zero products | set each factor to equal 0 |
| d=rt | t=hours before contact is lost d=rt is distance driven by vehicle |