The major argument of opponents of the 1919Treaty of Versailles was that the treaty would
require the United States to
(1) become involved in future international
conflicts
(2) pay for war damages
(3) adopt a policy of military alliances
(4) keep troops permanently in Europe
Answers
The Treaty of Versailles would require the United States to become involved in future international conflicts.
- The Treaty of Versailles was signed to end World War I in 1919.
- The treaty also became a peace treaty presented by the Allied (France, Britain and the United States).
- The opponents of the Treaty of Versailles, like, Germany oppose America involvement in Europe.
- They believed that America, being disconnected geographically by the ocean, has no right to interfere.
- When the United States had entered the war, the Germans protested.
Therefore we can conclude that Germans oppose America involvement in future international conflicts.
Thus option 1. is the correct answer.
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Related Questions
Freezing requiresa. the removal of energy. b. the absorption of energy. c. no energy change.
CAN SOMEONE THATS GOOD AT CHEM PLEASE HELP ME?!?!I’LL GIVE 50 POINTS!!!AND A BRAINIEST!!!PLEASE I HAVE OTHER HW TO DO:(
A car starts from rest and reaches a top speed of 80 m/s. If the car did this is 20 seconds . What is the acceleration ?
Which element is capable of forming long chains by forming single, double, or triple bonds with itself?
Answers
Carbon has 4 valence electrons and has a close electronegativity like that of hydrogen and other nonmetals. Because of this, it tends to form covalents bonds equally spaced around it. The best association to this is the lewis structure for methane,CH4.
Carbon has the ability to for covalent bonds with other elements beside from itself. These bonds are the: single covalent bond; the double covalent bond; and, triple covalent bond.
Answers
106 g Na₂CO₃ -------- 2 x 36.5 g HCl
x g Na₂CO₃ ---------- 750 g HCl
Mass of Na₂CO₃ = 750 x 106 / 2 x 36.5
Mass ( Na₂CO₃) = 79500 / 73
Mass = 1089.04 g
Number of moles = 1089.04 / 106 => 10.27 mols of Na₂CO₃
hope this helps!
Final answer:
To fully react with 750 g of HCl (approximately 20.5 moles), a minimum of 10.25 moles of sodium carbonate is needed.
Explanation:
To calculate the minimum amount of sodium carbonate needed to react fully with 750 g of HCl, we need to start by converting the 750 g of HCl to moles. The molecular weight of HCl is about 36.5 g/mol, so 750 g is about 20.5 mol of HCl. Looking at the reaction equation Na2CO3 + 2HCl → 2NaCl + CO2 + H2O, you can see that you need one mole of sodium carbonate to react with two moles of HCl. Therefore, to fully react with 20.5 mol of HCl, you will need a minimum of 10.25 mol of sodium carbonate.
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Answers
If it is two or more elements are mixed, it is a mixture. If two or more elements are chemically reacted, it is a compound ( example FeS)
Hope this helps.
Answers
Answer:
The half life of the radioisotope is 12 hours.
Explanation:
Initial mass of the radioisotope = x
Final mass of the radioisotope = = 0.0625x
Half life of the radioisotope =
Age of the radioisotope = t = 48 hours
Formula used :
where,
= initial mass of isotope
N = mass of the parent isotope left after the time, (t)
= half life of the isotope
= rate constant
Now put all the given values in this formula, we get
The half life of the radioisotope is 12 hours.
I
H
(i) State the type of bonding in ammonia.
1
6
Answers
The diagram shows 5 eletctron in the outermost shell of Nitrogen atom out of which 3 electrons are involved in the bond formation with 3Hydrogen atoms.
The type of bond in ammonia is Covalent.
What is covalent bond ?
Covalent bond is the bond formed by mutual Sharing of electrons by both the atoms taking part in the bond formation.
Nitrogen has 5valence electrons of which only 3 are shares with the 3 atoms of hydrogen (one electron shares with one atom of hydrogen)
Hence, type of bond in ammonia is covalent.
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Final answer:
Ammonia (NH3) has a covalent bonding type resulting in a tetrahedral electron-pair geometry, but because of the lone pair, the molecular structure is trigonal pyramidal. The bond angle is slightly less than 109.5⁰ due to the lone pair occupying more space.
Explanation:
The type of bonding in ammonia, which has a molecule structure as shown in the question, is covalent bonding. The ammonia molecule, NH3, has one lone pair and three single bonds which gives it a tetrahedral electron-pair geometry, as shown in Figure 7.18. However, because one of these regions is a lone pair that is not counted in the molecular structure, the molecule assumes a trigonal pyramidal shape.
The lone pair occupies more space than the single bonds, which leads to a slight deviation in the actual bond angles from the idealised angles. The angle in the ammonia molecule is slightly less than 109.5⁰ due to this additional electron pair's space occupancy.
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b. Methyl Mercury
c. Aflatoxins
d. Dioxins
Answers
It is a metal that is liquid at room temperature. It's a poisonous mercury. it forms when bacteria react with mercury in water, soil, or plants. It's been used to preserve grain that is fed to animals. It's used in fluorescent lights, batteries, polyvinyl chloride and latex paint.