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4 years ago

Compared to temperate soils, tropical soils have a thin (A) A horizon.

SAT

2 answers:

blondinia [14]4 years ago

3 0

Answer:

A) / B) Horizon

Explanation:

Nesterboy [21]4 years ago

3 0

<em>A, a horizon. It makes the most proper since out of the rest of the choices.</em>

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What did germany think would motivate mexico to declare war on the united states?

Serjik [45]

Answer: Regaining territories in the American South West.

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2 years ago

Budgeted expenses for costs related to selling the product and managing the business are shown on the Blank______ budget. quizle

hichkok12 [17]

Budgeted expenses for costs related to selling the product and managing the business are shown on the selling and administrative budget.

<h3>What is a Budget?</h3>

This refers to the financial plan that is set aside for the proposed expenses and investments to be made.

Hence, we can see that there are different sections in a budget and the budgeted expenses for costs related to selling the product and managing the business are shown on the selling and administrative budget.

Read more about budget here:

brainly.com/question/6663636

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2 years ago

Match each sentence with the appropriate purpose for writing.

Bingel [31]

Answer:

Where are the pictures? I would like to help you.

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3 years ago

At what temperature teq do the forward and reverse corrosion reactions occur in equilibrium?

Vedmedyk [2.9K]

Standard Gibb's free energy at 298K and 5975K is 3.16×10⁶J and -3.83×10⁵J respectively, and temperature at equilibrium state is 5362.3 K.

<h3>What is the standard Gibb's free energy?</h3>

The complete question is in the brainly link at the end. We can say that;

Standard Gibb's free energy of any reaction is gotten from the formula;

∆G° = ∆H° - T∆S°

where;

∆G° is change in free energy

∆H° is change in enthalpy = 3352 kJ = 3352 × 10³J

∆S° is change in entropy = 625.1 J/K

T is absolute temperature = 298 K

Plugging in the relevant values into the gibbs energy equation gives;

∆G° = (3352 × 10³) - (298 × 625.1)

∆G° = 3.16 × 10⁶J

Gibb's free energy at temperature of 5,975 K is;

∆G° = (3,352 × 10³) - (5,975 × 625.1)

∆G° = -3.83 × 10⁵J

At the equilibrium state, the value of Gibb's free energy is zero. Thus we can calculate the temperature as;

0 = (3352 × 10³)J - (T × 625.1 J/K)

Solving for T gives;

T = 5362.3 K

Read more about Standard gibbs free energy at; brainly.com/question/17205875

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3 years ago

Amanda travels to work from home in 60

vodomira [7]

Answer:

50 minutes

Explanation:

We can set this up as a rate * time = distance problem. We can set the rate at which Amanda travels to work to be x, since that quantity is unknown. The time it takes is given to be 60 minutes. This means that the total distance she travels to get to work is 60x. On the other hand, the way back home has more unknown quantities. The exact rate is unknown, but we do know that it is 20% more than the rate at which Amanda travels to work. This means that the rate is x + .20x, or 1.2x. We can set the time to be y, which means the total distance she travels to get back home is 1.2xy. We are told that Amanda uses the same route to get to and from work, which means 60x = 1.2xy. All we have to do now is solve this equation:

$60x=1.2xy\\60=1.2y\\y=50$

If we divide through by x and then isolate y, we get that it takes Amanda 50 minutes to get home

4 0

2 years ago