A place with a tropical climate would most likely be located (1 point)a. near the equator
b. at high altitudes
c. near the poles
d. in the middle of a continent

Answers

Answer 1

Answer:

I think its a

I hope its right if it is sub to me Bearonic

Related Questions

If 500 C of electric charge passed through a light bulb in 2 min; what is the magnitude of the average electric current passing through the bulb?
How much force is needed to accelerate a 3kg skateboard at 5m/s2
Why can't we breath under water?
What is resultant vector?
Jose has a solid green ball. Which color(s) of light does this ball reflect? A.blue and yellowB.greenC.all colors except greenD.white

Which statement about free verse is correct? A. It has a regular rhythm. B. It can be either rhymed or unrhymed. C. It's the same as blank verse. D. It has a specific meter

Answers

Answer: the correct answer is B. it can be either rhymed or unrhymed! hope this helps

Amendments to the Constitution can be proposed bythe president and vice president.Congress and state legislatures.the president and the Supreme Court.Congress and the Supreme Court.

Answers

Amendments to the Constitution can be proposed by the Congress and state legislatures. As written in Article V of the Constitution, the authority to amend the constitution lies with a two thirds majority vote in the House of Representatives and Senate or by a constitutional convention called by two thirds of the state legislatures.

A 10,000-watt radio station transmits at 535 kHz.Determine the number of joules transmitted per second.

Answers

Answer:

Energy is 10,000 Joules.

Explanation:

It is given that, a 10,000 watt radio station transmits at 535 kHz. We have to write the number of joules transmitted per second.

We know that number of joules transmitted per second is called the power. Its SI unit is watts. Mathematically, the power of radio station is given by :

$P=(W)/(t)$

Where

W is the work done by radio station

t is the time taken.

According to relation :

$1\ watt==(1\ Joule)/(1\ seconds)$

So, $10,000\ watt==(10,000\ Joule)/(1\ seconds)$

Hence, energy per second is 10,000 Joules.

If you are given a 10,000-watt radio station transmits at 535 kHz, then you just divide one by 535,000 Hz which is equal to 1.87 x 10^-6 seconds. Multiply this value by 10,000W and you get 0.019 Joules.

Volume of a Cube The volume V of a cube with sides of length x in. is changing with respect to time. At a certain instant of time, the sides of the cube are 7 in. long and increasing at the rate of 0.2 in./s. How fast is the volume of the cube changing (in cu in/s) at that instant of time?

Answers

The volume of the cube is changing at the rate of 29.4 in³/s.

Time derivative:

The rate of change of the sides of the cube is 0.2 in/s, which can be mathematically represented as :

$(dx)/(dt)=0.2 \;in/s$

Now the volume of the cube is given by:

V = x³

If we take the time derivative of the above equation then it gives the rate of change of volume with time, so:

$(dV)/(dt)= (d)/(dt)x^3\n\n (dV)/(dt)= 3x^2(dx)/(dt)$

At the instant x = 7 in, the rate of change of volume will be:

$(dV)/(dt)= 3*7^2*0.2\;in^3/s\n\n(dV)/(dt)=29.4\;in^3/s$

So the volume is changing at 29.4 cubic inches per second.

Learn more about differential equation:

brainly.com/question/25731911?referrer=searchResults

Answer:

Therefore the volume of cube is change at the 29.4 cube in./s at that instant time.

Explanation:

Formula

$(dx^n)/(dx) =nx^(n-1)$

Cube :

The volume of a cube is = $side^3$

The side of length is x in.

Then volume of the cube is (V) = $x^3$

∴ V = $x^3$

Differentiate with respect to t

$(d)/(dt)(V)=(d)/(dt) (x^3)$

$\Rightarrow (dV)/(dt) =3x^2(dx)/(dt)$ ....(1)

Given that the side of the cube is increasing at the rate of 0.2 in/s.

i.e $(dx)/(dt) = 0.2$ in/s.

And the sides of the cube are 7 in i.e x= 7 in

Putting $(dx)/(dt) = 0.2$ and x= 7 in equation (1)

$\therefore (dV)/(dt) =3 * 7^2 * 0.2$ cube in./s

=29.4 cube in./s

Therefore the volume of cube is change at the 29.4 cube in./s at that instant time.

What happens when an organism is removed from a food chain?

Answers

The food chain will collapse with the decreases and increases of other organisms caused by the removed organism.

There will be far-reaching effects. If for example, the producer is removed, the consequences could be dire.

The wavelength of a wave doubles as it travelsfrom medium A into medium B. Compared to the
wave in medium A, the wave in medium B has
(1) half the speed
(2) twice the speed
(3) half the frequency
(4) twice the frequency

Answers

Final answer:

The situation described in the question pertains to wave propagation. Given that wave speed in a given medium is constant, and the relationship between wave speed, wavelength, and frequency, the wave in medium B, which has double the wavelength of the wave in medium A, would have half the frequency of the wave in medium A.

Explanation:

This question is about wave propagation between two different mediums, labeled 'A' and 'B'. The fundamental principle involved here is the dependence of wave speed on the medium through which it travels. However, it's necessary to recognize that wave speed also depends on wavelength and frequency. This relationship is encapsulated by the formula v = fλ, where v is wave speed, f is frequency, and λ is wavelength.

From the problem statement, we understand that the wavelength doubles when going from medium A to medium B. We are then asked to deduce the corresponding change in wave speed or frequency. If the wavelength doubles and the wave speed remains the same, the only possible adjustment is for the frequency to halve. So, the wave in medium B, compared to the wave in medium A, would have half the frequency (3). This is because wave speed in a given medium is constant and as per the formula, if wavelength increases, frequency must decrease.