which number line models $-1 + (-14)$? add. $-1 + (-14) = \\square$

Understand the question
which number line models $-1 + (-14)$? add. $-1 + (-14) = \\square$
Explanation
Step1: Recall the rule for adding negative numbers

When adding two negative numbers, we add their absolute values and keep the negative sign. So for $-1 + (-14)$, we can think of it as $-(1 + 14)$.

Step2: Calculate the sum of the absolute values

First, find the sum of $1$ and $14$. $1+14 = 15$.

Step3: Apply the negative sign

Since both numbers are negative, the result is $-15$.
Final answer
$-15$

When adding two negative numbers, we add their absolute values and keep the negative sign. So for $-1 + (-14)$, we can think of it as $-(1 + 14)$.

First, find the sum of $1$ and $14$. $1+14 = 15$.

Since both numbers are negative, the result is $-15$.

$-15$

Click to enlarge

Subject mathematics

Sub Subject statistics

Education Level middle school

Difficulty unspecified

Question Type with chart, calculation

Multi Question No

Question Count 1

Analysis Status completed

Analyzed At 2026-02-08T21:05:11

Show OCR extraction

which number line models $-1 + (-14)$? add. $-1 + (-14) = \\square$

mathematicsstatisticswith chart, calculationmiddle schoolliked-answerturns-1

use an area model to solve 31 × 26. multiply in the area model.
Top-left cell: 180 Top-right cell: 6 Bottom-left cell: 600 Bottom-right cell: 20 Final product: 806
6. solve each equation. write each solution as a fraction and as a deci…
| Equation | Solution (Fraction) | Solution (Decimal) | |----------|---------------------|--------------------| | $2x=3$ | $\frac{3}{2}$ | $1.5$ | | $5y=3$ | $\frac{3}{5}$ | $0.6$…
Ok
- Fila 2: Circular el par (5, 2). - Fila 3: Circular el par (3, 3) (o la tarjeta con 3 y la otra con 4 dibujos, pero los números son 3 y 3? Wait, la tercera fila: primera tarjeta …
How do you solve pemdas
It's basically just a checklist so you don't get mixed up when a math problem has a bunch of stuff going on at once. You just go down the list in order: 1. **P**arentheses: Do any…

Site officiel : mysovi.ai. Les pages de questions sont servies sur question-banks.mysovi.ai. L’app iOS est disponible sur l’App Store Apple.