8252 to base six i'm struggling so bad

The perimeter of a square P depends on the length of its sides S this can be written in function notation as P( s) what is the b

grandymaker [24]

Answer:

Step-by-step explanation:

7 0

3 years ago

10 please need help asap

Dvinal [7]

$206.40

64x3=192.00

192 x 1.075 = 206.40

Final Answer: $206.40 for 3 dozen roses including tax

7 0

3 years ago

Helpppp pleaseeeeeeeeeeeeeee

Vesna [10]

Answer:

Find below the calculations of the two areas, each with two methods. The results are:

Upper triangle:

$Area=5000\sqrt{3}units^2$

Lower triangle:

$Area=14,530m^2$

Explanation:

A) Method 1

When you are not given the height, but you are given two sides and the included angle between the two sides, you can use this formula:

$Area=side_1\times side_2\times sin(\alpha)$

Where, $\alpha$ is the measure of the included angle.

1. Upper triangle:

$side_1=200units\\ \\ side_2=100units\\ \\ \alpha =60\º\\ \\ Area=200units\times 100units\times sin(60\º)/2\\ \\ Area=5000\sqrt{3}units^2$

2. Lower triangle:

$side_1=231m\\ \\ side_2=150m\\ \\ \alpha =123\º\\ \\ Area=231m\times 150m\times sin(123\º)/2\\ \\ Area=14,529.96m^2\approx14,530m^2$

B) Method 2

You can find the height of the triangle using trigonometric properties, and then use the very well known formula:

$Area=(1/2)\times base\times height$

Use it for both triangles.

3. Upper triangle:

The trigonometric ratio that you can use is:

$sine(\alpha)=opposite\text{ }leg/hypotenuse$

Notice the height is the opposite leg to the angle of 60º, and the side that measures 100 units is the hypotenuse of that right triangle. Then:

$sin(60\º)=height/100units\\ \\ height=sin(60\º)\times100units\\ \\ height=50\sqrt{3}units$

$Area=(1/2)\times base\times height=(1/2)\times 200units\times 50\sqrt{3}units=5,000\sqrt{3}units^2$

3. Lower triangle:

$sin(180\º-123\º)=height/231m\\ \\ height=sin(57\º)\times 231m\\ \\ height=193.7329m^2$

$Area=(1/2)\times base\times height=(1/2)\times 150m\times 193.7329m^2\\\\ Area=14,529.96m^2\approx 14,530m^2$

5 0

3 years ago

Easy one - giving brainly - show work. answer BOTH please!

maxonik [38]

Answer:

her pay after a year of working should be $9.68

her pay after two years of working should be $11.72

Step-by-step explanation:

a. assuming her pay is raised 10% of her current salary instead of 10% of her original pay of $8 an hour,

her first pay raise after 6 months should be $8.80.

8.00 * 0.1 = 0.80 this number represents how much her raise is

then the pay raise after the next 6 months should be $9.68

8.80 * 0.1 = 0.88 + 8.80 (her current salary) = $9.68

her pay after a year of working should be $9.68

b. her third raise (after a year and a half) is $10.65

9.68 * 0.1 = 0.97 (we round to the nearest 100th place since money is only in the 100th place)

9.68 (current salary) + 0.97 = $10.65

her fourth raise (at 2 years) is $11.72

10.65 * 0.1 = 1.07

10.65 (current salary) + 1.07 = $11.72

her pay after two years of working should be $11.72

6 0

3 years ago

Read 2 more answers

Someone plz help.The temperature started at 35°F. If the temperature went down 4°F and then up 2°F, whats is the temperature dif

timama [110]

Answer:

The temperature difference relative to the high temperature is -2°F.

Step-by-step explanation:

We are given that the temperature started at 35°F. The temperature went down 4°F and then up 2°F.

Firstly, the original temperature = 35°F

Now, it is stated that the temperature went down 4°F, this means that the temperature decreases by this amount.

So, the new temperature = 35°F - 4°F = 31°F

Now, the temperature went up by 2°F, this means that the temperature increases by this amount.

So, the final temperature = 31°F + 2°F = 33°F

Now, the final temperature difference relative to the high temperature is given by = 33°F - 35°F = -2°F.

{Here, the maximum temperature is 35°F}

6 0

3 years ago