How many milliliters are in 30 Liters?
300
3,000
30,000
300,000

Answers

Answer 1

Answer: In this question, there is nothing complicated. only thing that needs to be done is to convert 30 liters into milliliters. For this purpose it is important to know the number of milliliters in 1 liter. then the problem becomes very easy to solve.
1 liter = 1000 milliliters
then
30 liters = (1000/1) * 30 milliliters
= 1000 * 30 milliliters
= 30000 milliliters
So from the above deduction we can conclude that the third option of 30000 is the correct option,. i hope there is nothing uncomplicated in the procedure for you to understand.

Answer 2

Answer:

my guy u could've just said 30000

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An airplane is flying in still air with an airspeed of 475 miles per hour. The plane is climbing at an angle of 16°. Find the rate at which the plane is gaining altitude. (Round your answer to four decimal places.)

Answers

Rate of gaining altitude is ratio of height gained to time spent. The rate at which the plane is gaining altitude is 130.9 miles per hour.

How to measure the rate of change of something as some other value changes?

Suppose that we have to measure the rate of change of y as x changes, then we have:

$Rate = (y_2 - y_1)/(x_2 - x_1)$

where we have

$\rm when \: x=x_1, y = y_1\nwhen\: x = x_2, y= y_2$

Remember that, we divide by the change in independent variable so that we get some idea of how much the dependent quantity changes as we change the independent quantity by 1 unit.

(5 change per 3 unit can be rewritten as 5/3 change per 1 unit)

For the given case, the rate at which the plane is gaining altitude is the ratio of the height it gains per unit time(here per hour).

Referring to the diagram attached below, as he will walk 475 miles per hour(which is constant, this can be taken as hypotenuse's length.

The length BC is the height the plane gain each hour as he covers 475 miles in slantdirection.

Using the sin ratio, and measuring from the angle A, we get:

$\sin(A)= (|BC|)/(|AC|)\n\n\sin(16^\circ) = (|BC|)/(475)\n\n|BC| \approx 0.2756 * 475 \approx 130.9 \: \rm miles\n\n$

Thus, the height gained by plane per hour is 130.9 miles.

Rate of height gaining = (new height - old height)/(1 hour)

Rate of height gaining = (old height + 130.9 miles - old height)/1 hour

Rate of height gaining = 130.9 miles per hour.

This is the rate at which the plane is gaining altitude(since it is ratio of how much height it gains to how much time is spent gaining that height)

Hence, The rate at which the plane is gaining altitude is 131.1 miles per hour.

Learn more about trigonometric ratios here:

brainly.com/question/22599614

Answer:

130.9 miles per hour.

Step-by-step explanation:

sine 16 = x / 475 where x = rate of gaining altitude.

x = 475 sin 16

= 130.9 miles per hour.

Five more than seven times a number is ninety-six. What is the number?Type an equation and solve

Answers

Answer: the answer to this problem is 13!

Step-by-step explanation: To solve this problem, we must work backward. So the last step we did in this problem was adding five to the number, so to work backward we must subtract 5 from 96 to get 91. Now then the last step was to multiply by seven and since we are working backward, we must divide by seven to get our original number 13.

This is the equation: (13*7)+5

Hope this helped :)

Hello. What are the vertices, foci, endpoints of the conjugate axis, and the equation of the asymptote of 7x^2-9y^2-14x+72y-200=0?

Answers

Answer: is ( 1,4 )

Step-by-step explanation:

Select the correct difference. 5d 2 + 4d - 3 less 3d 2 - 2d + 4 2d2 + 2d + 1 2d2 + 6d - 7 2d2 + 6d + 7 -2d2 - 6d + 1

Answers

If you would like to solve (5d^2 + 4d - 3) - (3d^2 - 2d + 4), you can calculate this using the following steps:

(5d^2 + 4d - 3) - (3d^2 - 2d + 4) = 5d^2 + 4d - 3 - 3d^2 + 2d - 4 = 2d^2 + 6d - 7

The correct result would be 2d^2 + 6d - 7.

Answer:

2d^2 + 6d - 7.

Step-by-step explanation:

"Mia jogs 3 kilometers in 20 minutes. There are about 0.6 miles in a kilometer. What is Mia’s approximate speed in miles per minute?A. 0.25 miles per minute
B. 0.09 miles per minute
C. 4 miles per minute
D. 11 miles per minute"

Answers

First we need to find Mia's speed (v) in km/min

v = distance travelled/ time
v = 3 km/20 minutes
v = 0.15 km /min

in order to convert the speed into mile/min, we need to use the conversion factor given in which for every kilometer, there is 0.6 miles.

v = 0.15 km/min *(0.6 miles/ km)
v =0.09 miles/min

therefore the speed in miles/min is 0.09 miles/min

Answer:

Step-by-step explanation:

I smartest I'm know its B

A candy store keeps track of its sales during the month of October. Below is the number of sales for the first, second, third and fourth week of the month. Week 1 ; 2 ; 3 ; 4
Candy Sales 97 ; 168 ; 259 ; 375

Which graph could represent the data shown below?