Please I’m skipping math and Ela for this help
Answer:
c
Explanation:
because it is c ok ????????????
Describe how you could use the scientific method to develop the best time schedule for the nights your volleyball team has games.
Answer: In theory, the scientific method can be used to answer virtually any question imaginable. The scientific method is a consistent approach to acquiring knowledge that begins with a question and then uses a combination of research, testing and analysis to arrive at the answer to the question.
facing the wind. A) windward B) subaric C) monsoon D) biotic
Did the transformed plant grow into a healthy mature plant?
If not, you may have chosen a bad callus. (Click Back to try a different callus.)
Answer:
yeh if we transfer to a suitable place and transferm by not harming it then it will be a healthy mature plant . We should just replace it in right time,place and weather .
What is the proper way of collection, preservation and transition of hair?
What is the Kc and Kp of
P4(s)+6Cl2(g) = 4PCla-
Answer:
dfbdbdfbfd
Explanation:
regergfdbffg
How many moles of CO2 are present in 14.6 L of CO2 gas at STP
Answer:
0.65mole of CO₂
Explanation:
Given parameters:
Volume of CO₂ = 14.6L
Unknown:
Number of moles of CO₂ = ?
Solution:
To solve this problem, we must understand that a mole of a gas occupies a volume of 22.4L at STP;
1 mole of gas occupies 22.4L of volume at STP;
y mole of CO₂ will occupy 14.6L of volume at STP
22.4y = 14.6
y = [tex]\frac{14.6}{22.4}[/tex] = 0.65mole of CO₂
Lana is testing her hypothesis that marigolds grow faster in red light than in yellow light. If the plants in yellow light grow faster during her experiment what should Lana do next? A. Assume that she made a mistake during the experiment B. Report that her hypothesis was useless C. Conclude that the experiment did not work D. Repeat the experiment to confirm the result
If the plants in yellow light grow faster during her experiment, Lana should repeat the experiment to confirm the result. Option D.
Testing hypothesesIn science, hypotheses are tested using experiments. Two hypotheses are usually formed during the course of experimentation:
Null hypothesisAlternate hypothesisThe null hypothesis is set up to either be accepted is found to be true or rejected if found to be false. The alternate hypothesis is just there for guidance.
Hypotheses being found not to be true does not always mean that the reverse will be true.
Thus, if a complete opposite is obtained during testing, the next thing would be to repeat the experiment in order to be double sure there was not a mistake.
More on hypotheses testing can be found here: https://brainly.com/question/8169133
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Anyone know what room temperature lemon juice feels like it's for a project and I don't have it. Will give brainly!!!!
Answer:
Since both hot and cold temperature extremes can negatively affect the enzymes, vitamins, and nutrients in lemons when making lemon water, room temperature water between 68 degrees to 79 degrees Fahrenheit is the best option.
Explanation:
hope it helps you
Will MARK U AS BRAINLIEST IF U GIVE RIGHT ANSWER
Answer:
C
Explanation:
Kevin was carrying out the following steps as part of an experiment.
What was the topic of this experiment?
A. The water cycle
B. The circulation of global winds
C. The formation of ocean currents
D. The formation of a hurricane over water
Answer: Its (c)
Explanation: Hope this helps!!
The Diagram Shows The Box For An Element In The Periodic Table What Is The Atomic Mass Of The Element Shown?
A. 32.1
B. 48.1
C. 38
D. 16
Answer:
b
Explanation:
Please help me it due to at 6:00pm will mark the brainiest and more points please help me really need help please
Answer:
The 3rd Law
Explanation:
The rockets burns fuel, pushing down onto the ground which then creates equal force pushing it up.
Answer:
the answer is newtons 3rd law of motion (number 3)
Explanation:
.
The single most effective agent of chemical weathering at Earth's surface is _________
Answer:
Water.
Explanation:
Water is the most important agent of chemical weathering. Two other important agents of chemical weathering are carbon dioxide and oxygen.
What is the value of freezing point depression of a solution of 15.0g of NaCl in 250g of water?
Answer:
-3.82ºC is the freezing point of solution
Explanation:
We work with the Freezing point depression to solve the problem
ΔT = m . Kf . i
ΔT = Freezing point of pure solvent - freezing point of solution
Let's find out m, molality (moles of solute in 1kg of solvent)
15 g / 58.45 g/mol = 0.257 moles of NaCl
NaCl(s) → Na⁺ (aq) + Cl⁻(aq)
i = 2 (Van't Hoff factor, numbers of ions dissolved)
m = mol /kg → 0.257 mol / 0.250kg = 1.03 m
Kf = Cryoscopic constant → 1.86 ºC/m (pure, for water)
0ºC - Tºf = 1.03m . 1.86ºC/m . 2
Tºf = -3.82ºC
Select the correct electron configuration for Cu (Z = 29) Answer a. [Ar]4s13d10 b. [Ar]4s24p63d3 c. [Ar]4s23d0 d. [Ar]4s24d9 e. [Ar]5s24d9
Answer:
a. [Ar]4s13d10.
Explanation:
Hello!
In this case, since the electron configuration allows us to arrange the electrons moving around the atom of an element and equal the atomic number, we can write the electron configuration of copper as shown below:
[tex]Cu^{29}=1s^2,2s^2,2p^6,3s^2,3p^6,4s^2,3d^9[/tex]
However, in terms of the argon's electron configuration, which is:
[tex]Ar^{18}=1s^2,2s^2,2p^6,3s^2,3p^6[/tex]
We infer that the electron configuration of copper in terms of that of argon's is:
[tex]Cu^{29}=[Ar]4s^2,3d^9[/tex]
Therefore, the answer is a. [Ar]4s13d10 because the 4s² can be written as 4s¹ and therefore the 3d⁹ is changed to 3d¹⁰.
Best regards!
How many hydroxide ions are bonded to each aluminum ion?
Answer:
3
Explanation:
edge 2020
There are 3 hydroxide ions bonded to each aluminum ion.
Aluminum belongs to the 13th group of the periodic table. It has 13 electrons in the orbitals. According to the electron distribution rule, there are 3 valence electrons in the aluminum ion.
In the molecule of hydroxide, the oxygen has 5 valence electrons capable of the formation of the double bond. The bonding of the hydroxide ion with the aluminum ion will complete the octet of Aluminum and oxygen by the formation of the double bond.
So Aluminum can form 3 bonds with hydroxide ions. 2 double contributing to 4 electrons and 1 single bond completing the octet of Aluminum.
Thus Aluminum can form 3 bonds with hydroxide ions.
For more information about aluminum, refer the link:
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How many molecules are in 200g of water?
Answer: 6.6855 × 1024 Molecules.
Explanation:
Calculate the concentration of the resulting sodium oxalate solution if 0.1005 g of Na2C2O4 was used.
Answer:
0.00500M of Na₂C₂O₄
Explanation:
When are dissolved in 150 mL of 1.0 M H2SO4.
We can solve this problem finding molarity of sodium oxalate: That is, moles of Na2C2O4 per liter of solution. Thus, we need to convert the 0.1005g to moles using molar mass of sodium oxalate (134g/mol) and dividing in the 0.150L of the solution:
0.1005g * (1mol / 134g) = 7.5x10⁻⁴ moles of Na₂C₂O₄
In 0.150L:
7.5x10⁻⁴ moles of Na₂C₂O₄ / 0.150L =
0.00500M of Na₂C₂O₄The concentration of the solution is 0.005 M.
From the information available in the question;
We know that;
Mass of Na2C2O4 = 0.1005 g
Volume of solution = 150 ml
To obtain the number of moles of Na2C2O4;
Number of moles = mass/molar mass
Molar mass of Na2C2O4 = 134 g/mol
Number of moles = 0.1005 g /134 g/mol = 0.00075 moles
Concentration = number of moles/volume
Volume of solution = 150ml or 0.15 L
Concentration = 0.00075 moles/0.15 L
= 0.005 M
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Missing parts
An acidic solution of sodium oxalate (Na2C2O4) was prepared by dissolving ~0.100 g of Na2C2O4 in 150 mL of 1.0 M H2SO4 in a 250 mL Erlenmeyer flask. Calculate the concentration of the resulting sodium oxalate solution if 0.1005 g of Na2C2O4 was used.
On Stemscopes
take your time.
Rapid growth of algae in a pond is often the result of-
O loss of habitat due to commercial building.
O flooding that causes water level to rise.
O excess nutrients from fertilizer runoff.
O clogged river tributaries entering a lake.
Answer:
The answer is 3
Explanation:
The nutrients from fertilizer runoff is the most probable answer, because the other 3 dont contribute to algae growth
Answer:
excess nutrients from fertilizer runoff.
Explanation:
True or false: if you decrease the force on an object, its acceleration increases.
Answer:
I believe the answer is false. Acceleration increases when force is increased.
Explanation:
HELP WILL GIVE BRAINLEIST AND THIS ALOT OF POINTS
The table below compares wildlife supported by two plants growing around a lakeside ecosystem in South Florida.
Plant Species and Wildlife Data
Plant Species Wildlife Supported
Sawgrass Alligators, Snails
Melaleuca None
After a 25-year period, 95% of the ecosystem was covered by melaleuca. What would be the likely impact of this on the wildlife population?
Decreases, as shelter is a limiting factor
Increases, as shelter is a limiting factor
Decreases, as water is a limiting factor
Increases, as water is a limiting factor
Answer:
decreases
Explanation: decreases,as shelter is a limiting factor becasue the trees for example were there home now it is covered in melaleuca
hope this helps
Answer:
a should be the correct answer
Explanation:
there will not be many shelters that suit some animals needs
3 HBr + Al(OH)3 ⇒ 3 H20 + AlBr
Answer:
Balanced equation: 3HBr + Al(OH)3 → 3H2O + AlBr3
Hydrogen Bromide + Aluminum Hydroxide = Water + Aluminum Bromide
Explanation:
Hoped this helped you but I wasn't sure was this what you were asking for!!!
Have a great day!!
solution of nitric acid is 60% with the specific gravity 1.15 calculate the volume of the seed required to prepare 250 ml semi normal solution
Answer:
This dilution problem uses the equation
M
a
V
a
=
M
b
V
b
M
a
= 6.77M - the initial molarity (concentration)
V
a
= 15.00 mL - the initial volume
M
b
= 1.50 M - the desired molarity (concentration)
V
b
= (15.00 + x mL) - the volume of the desired solution
(6.77 M) (15.00 mL) = (1.50 M)(15.00 mL + x )
101.55 M mL= 22.5 M mL + 1.50x M
101.55 M mL - 22.5 M mL = 1.50x M
79.05 M mL = 1.50 M
79.05 M mL / 1.50 M = x
52.7 mL = x
59.7 mL needs to be added to the original 15.00 mL solution in order to dilute it from 6.77 M to 1.50 M.
Explanation:
How many standard amino acids are there in the human body?
What is the least number of peptides in a polypeptide?
Answer:
-Theres 20 amino acids in the human body
-The least number of amino acids in a polypeptide are 10
Explanation:
12. When filling a set of orbitals of equal energy which of the following is true?
Missing options
a. There are no sets of orbitals of equal energy
b. Two electrons will occupy the same orbital rather than separate orbitals
c. Two electrons will occupy different orbitals and have opposing spins.
d. Two electrons will occupy different orbitals and have like spins
Answer:
d. Two electrons will occupy different orbitals and have like spins
Explanation:
When the orbitals are degenerate ( equal energy) pairing does not start until each orbital in a particular subshell gets one electron each. After that pairing start. This is the basis of Hund's rule of maximum multiplicity.
When the electrons have occupied different orbitals in the same subshell their spin remains same, because opposite spin electrons exist in the same orbitals. and this pattern continues in the second, so the electron in the second orbital will resemble to that of the first orbital electron
Why do you have to have set amounts of compounds
Answer:
compounds, on the other hands can have their bonds broken with practical amounts of energy, such as the heat from a fire. Matter can be broken down into two.
You have 85.63 g of CO2, how many molecules of CO2 are in that
container?
Ans:
______X 1024 molecules of CO2
Explanation:
1.17×10^24 molecules of co2
In an atom, electrons:
A. Are located in the nucleus
B. Sitting still on the edge of an energy level
C. Moving around the outside of the nucleus
D. Paired with a neutron
Answer:
C
Explanation:
Answer: c
Explanation:
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Which combination will produce a precipitate?
A) Naf (aq) and HCl (aq)
B) KOH (aq) and Mg(NO3)2 (aq)
C) NaOH (aq) and HCI (aq)
D) NaC2H302 (aq) and HCl (aq)
E) AgNO3(aq) and Ca(C2H302)2 (aq)
Answer: B
Explanation:
All acetates are soluble...
All halides are soluble EXCEPT for those of
A
g
X
,
H
g
2
X
2
,
and
,
P
b
X
2
...
All salts of the alkali metals are soluble....
All hydroxides are INSOLUBLE except for those of the alkali metals...
For
option c
we are likely to observe a fine precipitate