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3 years ago

What is m∠S? BRAINLIEST TO BEST ANSWER!!!!

Mathematics

1 answer:

Mademuasel [1]3 years ago

4 0

since x equals 22.5, you solve 2(22.5) which gives you 45 :)

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You have just graduated from college and purchased a car for $8000. Your credit limit is $11,000. Assume that you make no paymen

Angelina_Jolie [31]

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4 years ago

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Using Newton's Second Law: F=m a, calculate the mass

Andre45 [30]

Step-by-step explanation:

F=ma

m=f/a

m=200÷5

m=40

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4 years ago

Students studying motion observed a cart rolling at a constant rate along a straight line. The table below gives the distance, d

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Answer:

Step-by-step explanation:

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3 years ago

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During ski season,the owner of ski shop has determined that the number of customers in a day is greater then or equal to 50 more

Scilla [17]

The question is incomplete. Here is the complete question:

During ski season,the owner of ski shop has determined that the number of customers in a day is greater than or equal to 50 more then the temperature(Fahrenheit) . Write an inequality for the problem and determine the constraints on the variables.

Answer:

$N\geq T+50$

Step-by-step explanation:

Let the number of customers be 'N' and the temperature in Fahrenheit be 'T'.

Given:

Number of customers is related to temperature in Fahrenheit as:

Number of customers is greater than or equal to 50 more than the temperature in Fahrenheit. This means,

$N\geq T+50$

Now, since 'N' represents number of customers and number can never be a negative quantity. So, the only constraint for this inequality is that the number of customers must be greater than or equal to 0.

So, $N\geq 0$

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4 years ago

Aidan drives to school and back each day. The school is 16 miles from his home. He averages 40 miles per hour on his way to scho

Fed [463]

First we have to answers stand that speed is equivalent to the distance traveled in a certain time span. That is speed = distance/time. Conversely, time = distance/speed. We are asked to find the speed going home given, distance, total time and speed going to school. We can answer this equation by adding the time Aidan is spending going and coming back from school

t = (distance to school)/(speed to school) + (distance to home)/(speed to home)

1hour = (16)/(40) + (16)/(speed to home)

Speed to home = 26.67miles/hour

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4 years ago