Edward is playing a game where he draws cards with integers on them from a deck of cards. If the integer is positive he moves forward that many steps, if the integer is negative he moves back that many steps. Edward drew the following cards: 3, -3, -4, 5, 10, -7. Where does Edward end up in relation to where he started? A) 4 steps behind where he started. B) 4 steps in front of where he started. C) 32 steps behind where he started. D) 32 steps in front of where he started.
Answers
The correct answer is option B) 4 steps in front of where he started.
Edward moves forward 3 steps, then back 3 steps, then back 4 steps, then forward 5 steps, then forward 10 steps, and finally back 7 steps.
The total number of steps Edward moves forward is 3 + 5 + 10 = 18 steps.
The total number of steps Edward moves back is 3 + 4 + 7 = 14 steps.
So, Edward ends up 18 - 14 = 4 steps in front of where he started.
Therefore, the correct answer is option B) 4 steps in front of where he started.
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Which of the following is equivalent to (4x²)³ ?A. 64x⁸ B. 12x⁵ C. 12x⁶ D. 4x⁵ E. 4x⁶ Can someone explain this one for me?
7.5 = Decimal to fractions
b = 16 units and h = 9.6 units
B.
b = 20 units and h = 16 units
C.
b = 20 units and h = 9.6 units
D.
b = 20 units and h = 12 units
Answers
Answers
x/5 + y/2 = 34 / both sides *10
10.x/5 + 10.y/2 = 340
2x + 5y = 340
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x + y = 92 /both sides *-2
2x + 5y = 340
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-2x -2y = -184
+ 2x +5y = 340
3y = 156
y = 32
x + y = 92
x + 32 = 92
x = 60
Answers
SOH CAH TOA
Sine: Opposite of the angle over the hypotenuse
Cosine: Adjacent over hypotenuse
Tangent: Opposite over adjacent
I'll do one of the problems, you should be able to do the rest (It's good practice ;))
Answers
The value of m in the linear equations is 4n + 8. In other words,
the solution to the equation m - 4n = 8 for m is m = 4n + 8
To solve the equation m - 4n = 8 for m, we need to isolate the variable m on one side of the equation.
Step 1: Start with the equation m - 4n = 8.
Step 2: To isolate m, we want to get rid of the term -4n. We can do this by adding 4n to both sides of the equation:
m - 4n + 4n = 8 + 4n.
Simplifying the equation, the -4n and +4n terms cancel out, leaving us with:
m = 8 + 4n.
Step 3: We can rearrange the terms to write the equation in the standard form:
m = 4n + 8.
Therefore, the solution to the equation m - 4n = 8 for m is m = 4n + 8.
Hence, the value of m in the linear equations is 4n + 8. In other words,
the solution to the equation m - 4n = 8 for m is m = 4n + 8
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m-n=2
There are two variables, so this is the simplest form.
Answers
The line segments and the vertex have length as a dimension of measurement and there are three collinear points on each.
Line segments and the vertex have two endpoints each and the distance between the end points is their dimension.
Line segments have two endpoints and a vertex is a common endpoint where two line segments meet.
The line segments and the vertex have their lines extending in one direction only and the lengths of both are
Answers
Answer:
Line segments have two endpoints and a vertex is a common endpoint where two line segments meet.
Step-by-step explanation:
As both line have the same vertex, imagine both lines generating an angle between them, since they have a common vertex, this will also be the same end point that both segments share between them, they will only have other different endpoint and the space between those endpoints and the vertex would be the length of the segment.