The data in the graph support the authors' point in paragraph five (lines 47–58 (“As the new kid on the block, LiDAR has been tacked onto the back end—initially thought of as kind of large-scale helper to field surveys. Carbon estimates from the field have been treated as something inherently closer to the real thing than measurements made by LiDAR—ground “Truth” with a capital “T”. This is perhaps understandable historically, but vis-à-vis actual carbon, there is no such thing as ground truth: both field and LiDAR efforts rely on allometry to convert measurements into carbon estimates. Prior to using these measurements for carbon estimation, they exist as standardized, spatially explicit, archivable and verifiable data—the needed substrate for a REDD*-type accounting program.”) ) about the uses of LiDAR by

Answer:

The answer is $180.

Explanation:

Since we have two different ticket types, let's say that adult tickets represent x, and children tickets represent y. In this case, the total price would be 12x+8y that is equal to $300. We have total of 30 tickets, too. Well, then x+y should be equal to 30. Our equation system turns out to this:

12x+8y=300

x+y=30

Since we're finding the x, that is the adult tickets, we need to eliminate y by multiplying the second equation by -8. When you do that,

12x+8y=300

-8x-8y=-240

Now, you can add them.

Those y's will cancel out, and we'll be left with,

12x-8x=60

4x=60

x=15

So we found x. Let's think, the adult tickets price was $12 per. We can say that the adult tickets' price will be,

12x

In this case, 12.15 will be our answer.

It's $180.

Let's demonstrate that we found the right answer,

8y=120

y=15 too.

That assures the second equation that is 15+15=30.

The Amount spent on adult tickets in the movie theater from the given parameters is: $180

Let's assume the number of adult tickets sold is A and the number of child tickets sold is C.

We are given that:

- The price of an adult ticket is $12, and as such the revenue from selling adult tickets would be 12A dollars.

- The price of a child ticket is $8, so the revenue from selling child tickets would be 8C dollars.

- The total number of tickets sold is 30, so A + C = 30.

The total revenue from selling all the tickets is $300.

We can create two equations to represent the above information:

Equation 1: 12A + 8C = 300 (total revenue equation)

Equation 2: A + C = 30 (total number of tickets equation)

Now, let's solve this system of equations to find the values of A and C:

First, we can solve Equation 2 for C:

C = 30 - A

Next, substitute this value of C into Equation 1:

12A + 8(30 - A) = 300

Now, simplify and solve for A:

12A + 240 - 8A = 300

4A = 300 - 240

4A = 60

A = 60 / 4

A = 15

So, 15 adult tickets were sold. To find out how much was spent on adult tickets, we multiply the number of adult tickets (15) by the price of an adult ticket ($12):

Amount spent on adult tickets = 15 * $12 = $180.

Therefore, $180 was spent on adult tickets.

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Answer: C work study

Explanation:

Work-Study: A federal work program through which undergraduates and graduate students at participating schools earn money to help pay for school.

Answer:

Nation

Explanation:

Just because

Answer:

I am a girl and thats kind of rude!!

Explanation:

Climate change and polar bears. Temperatures in the Arctic are rising at least twice as fast as the global average and sea ice cover is diminishing by nearly four per cent per decade. The loss of sea ice affects polar bears' ability to find food, studies show.

Answer:

No

Explanation:

The oxygen atoms aren't in the products of the reaction.

Answer:

North America, Europe, and most of Asia

Explanation:

North America, Europe, and most of Asia are the modern continents where we expect to find the species with laurasian distribution.

Answer:

A: North America, Europe, and most of Asia

Explanation:

I  had the test aswell

Answer:

The answer is "9 inch".

Explanation:

Equation:

[tex]\to x+3x+2x=18 \ inch \\\\ \to 6x=18 \\\\ \to x= \frac{18}{6} \\\\ \to x=3 \ inch \\\\[/tex]

The highest amount of a bottle of shampoo that can stand upright on the central shelf:

[tex]=3x \\\\=3 \times 3 \\\\=9 \ inch[/tex]

Explanation:

3x−y=12,

-y = 12 - 3x

y = 3x - 12

8x/ 2y = 4x / y

= 4x /(3x - 12)