Four processes that change rock from one type to another.

Answers

Answer 1

Answer: Erosion
waethring
deposition
pressure or heat
all of this can change the form of rock to another

Related Questions

Which of the following statements about the mole is FALSE? a. The size of a mole of atoms has a reasonable mass. b. A mole of a monatomic element corresponds to one Avogadro's number of atoms. c. One mole of a monatomic element has a mass equal to its atomic mass expressed in grams. d. One mole of water contains 1/2 mole of oxygen atoms. e. None of the above
Calculate the molar mass of cacl2
A chemical reaction is at equilibrium. Compared to the rate of the forward reaction, the rate of the reverse reaction is(1) faster and more reactant is produced(2) faster and more product is produced(3) the same and the reaction has stopped(4) the same and the reaction continues in both directions
What fraction of a Sr-90 sample remains unchanged after 87.3 years
A certain reaction has an activation energy of 66.41 kJ/mol. At what Kelvin temperature will the reaction proceed 3.00 times faster than it did at 293 K?

The characteristic odor of pineapple is due to ethyl butyrate, a compound containing carbon, hydrogen, and oxygen. combustion of 3.61 mg of ethyl butyrate produces 8.22 mg of co2 and 3.35 mg of h2o. what is the empirical formula of the compound

Answers

Answer:

Empirical Formula = C₃H₆O₁

Solution:

Data Given:

Mass of Ethyl Butyrate = 3.61 mg = 0.00361 g

Mass of CO₂ = 8.22 mg = 0.00822 g

Mass of H₂O = 3.35 mg = 0.00335 g

Step 1: Calculate %age of Elements as;

%C = (mass of CO₂ ÷ Mass of sample) × (12 ÷ 44) × 100

%C = (0.00822 ÷ 0.00361) × (12 ÷ 44) × 100

%C = (2.277) × (12 ÷ 44) × 100

%C = 2.277 × 0.2727 × 100

%C = 62.09 %

%H = (mass of H₂O ÷ Mass of sample) × (2.02 ÷ 18.02) × 100

%H = (0.00335 ÷ 0.00361) × (2.02 ÷ 18.02) × 100

%H = (0.9279) × (2.02 ÷ 18.02) × 100

%H = 0.9279 × 0.1120 × 100

%H = 10.39 %

%O = 100% - (%C + %H)

%O = 100% - (62.09% + 10.39%)

%O = 100% - 72.48%

%O = 27.52 %

Step 2: Calculate Moles of each Element;

Moles of C = %C ÷ At.Mass of C

Moles of C = 62.09 ÷ 12.01

Moles of C = 5.169 mol

Moles of H = %H ÷ At.Mass of H

Moles of H = 10.39 ÷ 1.01

Moles of H = 10.287 mol

Moles of O = %O ÷ At.Mass of O

Moles of O = 27.52 ÷ 16.0

Moles of O = 1.720 mol

Step 3: Find out mole ratio and simplify it;

C H O

5.169 10.287 1.720

5.169/1.720 10.287/1.720 1.720/1.720

3.00 5.98 1

3 ≈ 6 1

Result:

Empirical Formula = C₃H₆O₁

Which value has more significant figures?
A)2.63x10^6 B)0.0000026

Answers

Answer:

use Google this will help you alot and also use chegg

Which statement best describes how a catalyst increases the rate of a reaction?(1) The catalyst provides an alternate reaction pathway with a higher activation energy.
(2) The catalyst provides an alternate reaction pathway with a lower activation energy.
(3) The catalyst provides the same reaction pathway with a higher activation energy.
(4) The catalyst provides the same reaction pathway with a lower activation energy.

Answers

A catalyst works by providing an alternate reaction pathway with a lower activation energy thus allowing more particles of the reactant to overcome the energy barrier and form product per unit of time. (OPTION 2)

Which of the following devices can measure only atmospheric pressure? A. Pressure gauge B. Barometer C. Tire gauge D. Mercury tube

Answers

B.) Barometer

Hope that helps :-)

Butane mol A sample of an alcohol is tested and found to contain 52% carbon, 35% oxygen, and 13% hydrogen by mass. Tests indicate that the molecular weight of the molecule is between 30 and 80.
What is the molecular formula of the alcohol?

Answers

Answer:

$C_(2)H_(6)O$

Explanation:

For a compound as:

$C_(a)H_(b)O_(c)$

Let say your sample weighs 100 g, then you have

52 g of C

35 g of O

13 g of H

Now you need to calculate the moles in the sample:

moles of C = 52 / 12 = 4.3333

moles of O = 35 / 16 = 2.1875

moles of H = 13 / 1 = 13

Now you divide the moles by the least to have a proportion (2.1875):

moles of C = 4.3333 / 2.1875 = 2

moles of O = 2.1875 / 2.1875 = 1

moles of H = 13 / 2.1875 = 6

So the molecule proportion of atoms is C:H:O = 2:6:1

$C_(2x)H_(6x)O_(x)$

Now to find x you have to calculate the MM:

MM $C_(2x)H_(6x)O_(x)$ = 12 * 2x + 1 * 6x + 16 * x = 46x

For x = 1 => MM = 46(1) = 46

For x = 2 => MM = 46(2) = 92

Since the MM is between 30 and 80, x = 1

$C_(2)H_(6)O$

Which part of an atom determines how it will react with other atoms? a. neutrons in the nucleus
b. protons in the nucleus
c. valence electrons
d. innermost electrons

Answers

valence electrons of an atom determines how it will react with other atoms
hope this helps

Answer: C. valence electrons

Explanation: Study Island

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