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2 years ago

5

What are these two screenshot below

1 answer:

kolbaska11 [484]2 years ago

8 0

Answer:

<h2>(5, -49) (-2, 22) (-3, 33)</h2><h2>(-2, 9) (1, -9)</h2>

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How to solve the system ?

Dennis_Churaev [7]

Sorry if im late

x=2

y=13/3

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4 years ago

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Please help me with this question

kondaur [170]

Answer:

130 degrees

Step-by-step explanation:

Since the lines that the transversal crosses through are parallel, there are certain rules that apply to the situation. One such rule is that corresponding angles are congruent. Congruent means equal. Corresponding angles are angles that are in the same position but on different vertexes. Angle <ONQ is the bottom left for the N vertex. Angle <RQS is also on the bottom left but for the Q vertex. Since they are congruent and <ONQ is 130, <RQS must also be 130.

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3 years ago

Which trigonometric function has the same value as sin 75°?

monitta

Answer:

cos 15 degrees is your answer.

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4 years ago

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Can someone please solve this, tell me which one goes where in order.

sasho [114]

Total discount for 10 group tickets = 10 · 0.05t

Amount of discount per ticket = 0.05t

Number of tickets = 10

Cost of buying 10 single tickets = 10t

Solution:

Cost for single ticket = t dollars

Discount percent per ticket = 5%

Number of tickets bought = 10

Total discount for 10 group tickets = Number of tickets × Discount amount

= 10 × 0.05t

Total discount for 10 group tickets = 10 · 0.05t

Amount of discount per ticket = 5%t

= $\frac{5}{100}$ t

= 0.05t

Amount of discount per ticket = 0.05t

Number of tickets = 10

Cost of buying 10 single tickets = 10t

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4 years ago

Find the number of years it would take for $1200 to earn simple interest of $324 at an annual interest rate of 6% per year

topjm [15]

ANSWER

It would take 45 good years

<u>EXPLANATION</u>

We calculate simple interest using the formula,

$I=\frac{P\times T\times R}{100}$

From the question,

$I=324$ dollars

$R=6$ %

and

$P=120$ dollars

We substitute into the above formula

$324=\frac{120\times T\times 6}{100}$

$324=\frac{720\times T}{100}$

$324\times100=720\times T$

$\frac{324\times100}{720}=T$

$\frac{324\times10}{72}=T$

$45=T$

Therefore it would take 45 years.

7 0

4 years ago