Match the letters. Here's all I can think of:
PQ = TS
QR = SR
PR = TR
Angle P = Angle T
Angle Q = Angle S
Angle R = Angle R
Have an awesome day! :)
Answer:
z = 9
Step-by-step explanation:
To find the solution, undo what is done to z. You can start by adding 27 to both sides of the equation.
6z -27 +27 = 27 +27
6z = 54 . . . . . simplify
Now, you can divide by 6 to make the coefficient of z be 1.
6z/6 = 54/6
z = 9 . . . . . . . simplify
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The attachment shows a plot of this point on a number line.
Answer:
12
Step-by-step explanation:
Answer:
C = 6
Step-by-step explanation:
10 = -2c + 22
Switch Sides
-2c + 22 = 10
Subtract 22 From Both Sides
-2c + 22 - 22 = 10 - 22
Simplify
-2c = -12
Divide both Sides By -2
-2c / -2 = -12 / -2
Simplify
C = 6
Best Of Luck,
- I.A. -
Answer:
(a)Distance traveled by each explorer travel as Mars rotates by 1 radian
- Opportunity=2108.71 miles
(b)Number of hours it takes Mars to rotate 1 radian=3.9152 hours
(c)Speed of each explorer around Mars.
- Opportunity=538.59 miles per hour
- Phoenix =75.59 miles per hour
Step-by-step explanation:
<u>Part A</u>
For any given parallel of latitude
Opportunity landed at 2° south latitude, where Mars’ radius is about 2110 miles.

Phoenix landed at 68° north latitude, where Mars’ radius is about 790 miles.

<u>Part B</u>
Next, we determine the distance (Length of arc) covered by each explorer as Mars rotates by 1 radian.

<u>Opportunity's Distance</u>

<u>Phoenix's Distance</u>

<u>Part C</u>
Mars rotates on its axis once every 24.6 Earth-hours.
Therefore:

<u>Part D:</u>Speed of each explorer

