<h2>Input =
, water and Output =
</h2>
Explanation:
The light reactions of photosynthesis use water and produce Oxygen, NADPH.
The equation for photosynthesis :
→ 
The process of photosynthesis in two stages -
- The first stage is called the light reaction in which the light energy from the sun is captured and converted into chemical energy stored in the form of ATP and NADPH
- The second stage is the process of conversion of ATP molecules to sugar or glucose (the Calvin Cycle)
For a light reaction -
Net Input is of, , 
Net Output is of, 
Total mass of the sample =126.01 g
percent by mass of Sodium=27.40%
percent by mass of Hydrogen=1.198%
percent by mass of Carbon=14.300%
percent by mass of Oxygen=57.138%
Now the
Total mass of the sample of baking soda =Mass of sodium+Mass of hydrogen+mass of carbon+mass of oxygen.
Total mass of the sample of baking soda =34.48 g +1.51 g+18.02 + 72.00 g
Total mass of the sample of baking soda =126.01 g
percent by mass of each element =mass of element / Total mass of sample x 100
Sodium =34.48 g/126.01 g x 100=27.40%
Hydrogen =1.51 g/126.01 g x 100=1.198%
Carbon =18.02g/126.01 g x 100=14.300%
Oxygen =72.00g/126.01 g x 100=57.138%
See similar question here: brainly.com/question/18863998
Answer:
A source of electricity, a wire coil, and an iron core
Explanation:
An electromagnet has three critical components:
1. A source of electricity
This is often a battery.
It generates the electric current that produces the magnetic field.
2. A wire coil
The wire carries the electric current.
Stacking the wire into loops makes a stronger magnetic field.
The more loops in the coil, the stronger the field.
3. An iron core
An iron core greatly increases the strength of the magnetic field within it and at its ends.
C6H6 + 02 forms CO2 + H20
Complete with factors to stabilize
C6H6 + 15/2 O2 forms 6 CO2 + 3 H2O
You take away only the info you need
C6H6 15/2 O2
1 mol 15/2 or 7,5 mol
15/2 or 7,5 mol of O2 are required.
;)
Answer:option d==> Si.
Explanation:
The energy required to remove electron from a gaseous atom or ion is what is called an ionization energy. As we remove electrons continually in a gaseous atom or ion, the ionization energy increases which are know as the first ionization energy, the second ionization energy, third ionization energy and so on.
Looking at the electronic configuration of Silicon, Si; Ne 3s2 3p2. We can can see that the first four ionization energies are from the removal of the 3p2 and 3s2 electrons and the fifth ionization energy, which is the highest ionization energy of 14800 kJ/mol is the the electron removed from the core shell.
