What this deck covers
This deck focuses on Understand Absolute Value Concept, giving you a quick way to review the definitions, rules, and examples that matter most for 6th Grade Math.
Study Understand Absolute Value Concept in 6th Grade Math with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
0% Complete
What is the absolute value ∣−2.5∣?
Tap card or press Space to flip
2.5. The distance from 0 to −2.5 is 2.5 units.
How well did you know it?
Card 1 / 40
Space to flip · ← / → to move · once flipped, → Got it · ← Still learning
This deck focuses on Understand Absolute Value Concept, giving you a quick way to review the definitions, rules, and examples that matter most for 6th Grade Math.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: 2.5. The distance from 0 to −2.5 is 2.5 units.
Answer: 0.2. Decimal distances are positive regardless of sign.
Answer: A change of 12 degrees (magnitude). Absolute value shows size of change, ignoring direction.
Answer: 1.5. Distance is always positive, so drop the negative sign.
Answer: 4. Distance is ∣−2.5−1.5∣=∣−4∣=4.
Answer: The distance from 0 to x. Absolute value measures how far a number is from zero.
Answer: $45. Debt magnitude is the positive amount owed.
Answer: 5 and −5. Two numbers equidistant from zero: one positive, one negative.
Answer: x=0. Only zero has distance zero from itself.
Answer: 43. Absolute value removes the negative sign from any number.
Answer: ∣−3−5∣=8. Distance between points is ∣a−b∣; here ∣−3−5∣=∣−8∣=8.
Answer: ∣a∣=a. Zero and positive numbers equal their absolute value.
Answer: ∣−12∣=12 meters. Distance ignores direction; 12 meters from sea level.
Answer: 7. Count units: ∣−3−4∣=∣−7∣=7.
Answer: x=21 or x=−21. Two numbers are 21 units from zero.
Answer: ∣a−b∣. Subtract positions and take absolute value for distance.
Answer: 0. Zero is at distance zero from itself on the number line.
Answer: The distance from 0 to r on the number line. Absolute value measures how far a number is from zero, regardless of direction.
Answer: x=32 or x=−32. Numbers at distance 32 from zero in both directions.
Answer: −21−23=2. Distance is −21−23=∣−2∣=2.
Answer: x=−6. Only negative x with distance 6 from zero is −6.
Answer: The magnitude of the debt is | -25 |=\25$. Absolute value shows the size of the debt without the negative.
Answer: 7. ∣−10∣=10 and ∣3∣=3, so 10−3=7.
Answer: 7. Positive numbers remain unchanged when taking absolute value.
Answer: 65. Positive fractions remain unchanged by absolute value.
Answer: 0. Zero is zero units away from itself.
Answer: ∣r∣≥0 always. Distance is never negative, so absolute values are always non-negative.
Answer: 9. Distance ignores direction, so ∣−9∣=9.
Answer: ∣−8∣=8∘C. Magnitude is the size without considering positive/negative.
Answer: 18 meters. Depth magnitude is distance below surface level.
Answer: −87. −87=87 and 43=86, so −87 is greater.
Answer: 7. Negative numbers become positive when finding distance from zero.
Answer: 7. Positive numbers are already their distance from zero.
Answer: ∣−6∣>∣4∣. ∣−6∣=6 and ∣4∣=4, so 6>4.
Answer: 43. Absolute value removes the negative sign from fractions.
Answer: ∣a∣=−a. For negative a, absolute value equals its opposite.
Answer: −4. ∣−4∣=4 and ∣3∣=3, so −4 is farther from zero.
Answer: 7. Negative numbers lose their sign when taking absolute value.
Answer: 65. Positive fractions stay the same when taking absolute value.
Answer: ∣x∣≥0. Distance is never negative, always zero or positive.