The distance between -6 and 15 on a number line is 21.
A straight line with numbers placed at equal intervals or segments along its length. Number line is a straight line with a "zero" point in the middle, with positive and negative numbers listed on either side of zero and going on indefinitely.
Given:
The distance between -6 and 15 on a number line is 9 is true or false.
We have to find the the distance between -6 and 15 on a number line.
According to given question we have
15 - (- 6)
= 15 + 6
= 21
The distance between -6 and 15 on a number line is 9 is false.
Therefore, the distance between -6 and 15 on a number line is 21.
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Answer:
21 units. your answer is false.
Step-by-step explanation:
-6 to 0 = 6
0 to 15 = 15
you are counting Units not physical numbers. don't forget that!
correct distance is 21
15x +8
Answer:
15x-8=0
x=8/15
Step-by-step explanation:
ΔDEF ≅ ΔSRU
ΔDEF ≅ ΔRSU
ΔDEF ≅ ΔRUS
Answer: B.) ΔDEF ≅ ΔSRU
Step-by-step explanation:
The answer is correct on Edge.
Answer:
There would be 20 ounces of almonds in the bag
Step-by-step explanation:
System of Equations
To solve the problem, we'll set up these two variables:
x = ounces of almonds
y = ounces of raisins
The ratio of almonds to raisins in the trail mix is 5:7, thus:
Cross-multiplying:
7x=5y [1]
A 3-pound bag of this trail mix contains 3*16=48 ounces that include almonds and raisins, thus:
x + y = 48 [2]
Multiplying [2] by 5:
5x + 5y = 240
Substituting from [1]:
5x + 7x = 240
12x = 240
x = 240/12
x = 20
There would be 20 ounces of almonds in the bag
Help pwease
Answer:
k = -2
Step-by-step explanation:
-5 + 7k = -19
7k = -14
k = -2
Answer:
b) b√a
Step-by-step explanation:
Given equation,
→ ab²
Then the square root of ab² is,
→ square root of ab²
→ √(ab²)
→ b√a
Hence, option (b) is the answer.
Answer:
B) b√a
Step-by-step explanation:
b√a