Which value of n will make the rational number -17/n an integer? (A 18) (B 102) (C 170) (D None of the above)

Answers

Answer 1
Answer: none of them make it an integer because none make it a whole number
Answer 2
Answer: d. none of the above are correct 

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Sarah walks 3.1 kilometers on Monday and 1.35 kilometers on Tuesday. On Wednesday she walks 2.4 times as far as she walked on the previous two days combined. How far does Sarah walk on Wednesday?
Im stuck on question 43
Estimate √7 to the nearest tenth

Question in the picture, tyy

Answers

Answer:

Your  answer is D. 16 3/4

Step-by-step explanation:

10 1/12 + 6 2/3 = 67

4

= 16 3/4

= 16.75

Calculation steps

Conversion a mixed number to a improper fraction: 10 1/12 = 10 · 12 + 1/12

= 121/12

Conversion a mixed number to a improper fraction:

6 2/3 = 6 · 3+2/3

= 20/3

Add: 121/12  + 20/3  = 121/12  + 20 · 4/3 · 4  = 121/12  + 80  12  = 121 + 80/12 = 201/12  = 67/4

I need help asap like oof


please go in order

Answers

You are correct but I do not know what the last are sorry

1. Yes, terminating

2. No, terminating

3. Yes, terminating

4. No, terminating

Which of the following is the most appropriate unit to describe the rate at which data is transferred using the internet?

Answers

The correct answer is:

Mbps, or megabits per second.

Explanation:

The standard measurement unit of data sent or received over the Internet is megabits per second.  This means "millions of bits per second."

Megabits per second, because the independent quality is time in seconds and dependent quality is amount of data in megabits.

Paulina works out with a 2.5 kilogram mass. What is the mass of the 2.5 kilogram mass in grams

Answers

Hey there, if 1 kilogram equals 1,000 grams, then 2 kilograms equals 2,000 grams. Now, we divide 1,000 by 2 and that would give us 500. Then, we add 2,000 by 500 and that would give us 2,500 grams. 2.5 kilograms equal 2,500 grams.
2500 grams is = 2.5 kilograms

Give an example of a real-world situation that could be represented by an algebraic expression

Answers


Gas is $2.53⁹ per gallon today, at that filling station
down the street from my house.
I have $10 in my pocket.

a). How much gas can I put in the car if I go there ?

b). My car gets 25 miles per gallon.  How many 'miles' will my $10 buy ?

c). In Calgary (Alberta, Canada) today, gas is selling for
89¢ (Canadian) per liter.  What is the percentage more or less,
compared to the price of gas down the street from my house ?

If I posted this problem on Brainly, I'd probably give it
something like 5 points for part-a, another 5 for part-b,
and 10 or 15 for part-c because in addition to math,
that part takes some research.


The angle of depression of a boat at sea from a 100 foot lighthouse is 20 degrees. Find the distance to the boat.not sure how to solve this..

Answers

Answer:

As per the statement:

The angle of depression of a boat at sea from a 100 foot lighthouse is 20 degrees.

We draw the figure for this problem as shown below:

Height of the lighthouse(BC) = 100 foot

Angle of depression = 20 degrees.

Since, angle of depression is equal to the angles of elevation

i.e, \angle DCA = \angle CAB = 20^(\circ)

using tangent ratio:

\tan \theta = \frac{\text{opposite side}}{\text{adjacent side}}

Here,

Opposite side = BC = 100 foot

Adjacent side = AB

Angle of elevation: \theta = 20^(\circ)

Substitute these to solve for AB:

\tan 20^(\circ) = \frac{100}{\text{AB}}

or

\text{AB} =(100)/(\tan 20^(\circ))

\text{AB} =(100)/(0.36397023426)

Simplify:

AB = 294.375362123 foot

Therefore, the distance to the boat approximately is 294.4 foot

Final answer:

By using the tangent function with the given height of the lighthouse and the angle of depression, we can solve for the distance to the boat, which is approximately  274.1 feet.

Explanation:

In this scenario, we can use trigonometry to find the distance to the boat. Since we know that the lighthouse is 100 feet high and the angle of depression is 20 degrees, this fits the scenario for a tangent function, where tangent of an angle equals the opposite side divided by the adjacent side.

Setting up our function, we get tan(20) = 100/ distance to the boat. Since we want to find the distance to the boat, we can rearrange the equation to be distance to the boat = 100 / tan(20).

Doing this calculation, we find that the distance to the boat is approximately 274.1 feet.

Learn more about Trigonometry here:

brainly.com/question/11016599

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