1. How many bananas are equal to 9.75 moles of banana?2. How many moles of tomatoes are in 5.01 x 10²⁵ tomatoes? QUARTER 3, WEEKS 22Get Informed (Explain)anaThe collective counting words above (i.e. pair, tray, ream and case) are most often usedon number of items in everyday life just as the grocery finds selling eggs by the dozen moreconvenient than selling them individual. All matter contain so many atoms so a unit ofmeasurement for amount of substance called the mole (mol) has been established for use incounting atoms. A Mole (symbol: mol) is a number equal to the number of carbon atoms which isexactly 12 grams of pure Carbon – 12. It is the unit of measurement for amount of substances inthe International System of Units (SI). Avogadro's Number (Na) is the number of particles in onemole of a substance which is equal to 6.02 x 1023 representative particles of that substance.Representative particles can either be atoms, molecules, or formula units. One mole of Carbon- 12 contains 6.02 x 1023 atoms for elements, molecules for covalent compounds and formula units 6.022x10for ionic compounds.Examples: 1 mole of Sodium contains 6.02 x 1023 atoms of Sodiumda1 mole of sugar contains 6.02 x 1023 water molecules1 mole of Silver chloride contains 6.02 x 1023 formula units of Silver chlorideAvogadro's number = 6.02 x 1023 particlesA mole = 602, 000, 000, 000, 000, 000, 000, 000 thingsLorenzo Romano Amedeo Carlo Avogadro- an Italian scientist- The Avogadro's constant was named afterhim even though he was not the one whodetermined its value.= 602 hexillionCan you figure out how large Avogadro's number is, tryto imagine this, "If you put together 6.02 x 1023basketballs, it will be as big as the Earth or if youhave 6.02 x 1023 rice grains, it would cover the landmasses of the Earth to a depth of 75 meters or ifyou have 6.02 x 1023 doughnuts, you would reachthe sun from the Earth and vice versa 200 billionJean Baptiste Perrin - was a Frenchphysicist who first used the Avogadro'sconstant.Friedrich Wilhelm Ostwald was a BalticGerman chemist and philosopher who firstpropounded the used of the term Mole as atimes.standard unit of measurement of chemicalsubstance in the year 1900.Mole Day is an unofficial holiday celebrated among chemists, chemistry students and chemistry enthusiasts onOctober 23, between 6:02 a.m. and 6:02 p.m.Now that you have recognized how big Avogadro's number is, let us try to think about the number of particles in a givensample. We will use the dimensional analysis approach to convert the number of moles to its equivalent amount in thenumber of particles.Sample Problem 1: How many molecules are there in 3.0 moles of CO2?Given: No. of moles = 3.0 moles CO2Solution: 3.0 moles CO2 x 6.02 x 1023 molecules CO21 mole = 6.02 x 1023 molecules CO21 móle CO2= 18.06 x 1023 molecules CO2= 1.806 x 1024 molecules CO2Find: No. of molecules CO2Sample Problem 2: How many moles of mongoseeds are equal to 1.709 x 1024 mongo seeds?Given:No. of mongo seeds = 1.709 x 1024 mongo seeds1 mole = 6.02 x 1023 mongo seedsFind: No. of mongo seedsSolution: 1.709 x 1024 mongo seeds x1 mole mongo seeds6.02 x 1023 mọngo seeds= 0.2839 x 10 24- 23= 1 mol mongo seeds= 2.839 mol CO2For you to have a feel on how it is being done, you may answer the following questions. You need to follow the two (2)samples inorder to answer the questions accurately. Write your computations on the LAS.1. How many bananas are equal to 9.75 moles of banana? 2. How many moles of tomatoes are in 5.01 x 1025 tomatoes?tialen bouo different masses, Different substances

Question

1. How many bananas are equal to 9.75 moles of banana?2. How many moles of tomatoes are in 5.01 x 10²⁵ tomatoes? QUARTER 3, WEEKS 22Get Informed (Explain)anaThe collective counting words above (i.e. pair, tray, ream and case) are most often usedon number of items in everyday life just as the grocery finds selling eggs by the dozen moreconvenient than selling them individual. All matter contain so many atoms so a unit ofmeasurement for amount of substance called the mole (mol) has been established for use incounting atoms. A Mole (symbol: mol) is a number equal to the number of carbon atoms which isexactly 12 grams of pure Carbon – 12. It is the unit of measurement for amount of substances inthe International System of Units (SI). Avogadro's Number (Na) is the number of particles in onemole of a substance which is equal to 6.02 x 1023 representative particles of that substance.Representative particles can either be atoms, molecules, or formula units. One mole of Carbon- 12 contains 6.02 x 1023 atoms for elements, molecules for covalent compounds and formula units 6.022x10for ionic compounds.Examples: 1 mole of Sodium contains 6.02 x 1023 atoms of Sodiumda1 mole of sugar contains 6.02 x 1023 water molecules1 mole of Silver chloride contains 6.02 x 1023 formula units of Silver chlorideAvogadro's number = 6.02 x 1023 particlesA mole = 602, 000, 000, 000, 000, 000, 000, 000 thingsLorenzo Romano Amedeo Carlo Avogadro- an Italian scientist- The Avogadro's constant was named afterhim even though he was not the one whodetermined its value.= 602 hexillionCan you figure out how large Avogadro's number is, tryto imagine this, &#34;If you put together 6.02 x 1023basketballs, it will be as big as the Earth or if youhave 6.02 x 1023 rice grains, it would cover the landmasses of the Earth to a depth of 75 meters or ifyou have 6.02 x 1023 doughnuts, you would reachthe sun from the Earth and vice versa 200 billionJean Baptiste Perrin - was a Frenchphysicist who first used the Avogadro'sconstant.Friedrich Wilhelm Ostwald was a BalticGerman chemist and philosopher who firstpropounded the used of the term Mole as atimes.standard unit of measurement of chemicalsubstance in the year 1900.Mole Day is an unofficial holiday celebrated among chemists, chemistry students and chemistry enthusiasts onOctober 23, between 6:02 a.m. and 6:02 p.m.Now that you have recognized how big Avogadro's number is, let us try to think about the number of particles in a givensample. We will use the dimensional analysis approach to convert the number of moles to its equivalent amount in thenumber of particles.Sample Problem 1: How many molecules are there in 3.0 moles of CO2?Given: No. of moles = 3.0 moles CO2Solution: 3.0 moles CO2 x 6.02 x 1023 molecules CO21 mole = 6.02 x 1023 molecules CO21 móle CO2= 18.06 x 1023 molecules CO2= 1.806 x 1024 molecules CO2Find: No. of molecules CO2Sample Problem 2: How many moles of mongoseeds are equal to 1.709 x 1024 mongo seeds?Given:No. of mongo seeds = 1.709 x 1024 mongo seeds1 mole = 6.02 x 1023 mongo seedsFind: No. of mongo seedsSolution: 1.709 x 1024 mongo seeds x1 mole mongo seeds6.02 x 1023 mọngo seeds= 0.2839 x 10 24- 23= 1 mol mongo seeds= 2.839 mol CO2For you to have a feel on how it is being done, you may answer the following questions. You need to follow the two (2)samples inorder to answer the questions accurately. Write your computations on the LAS.1. How many bananas are equal to 9.75 moles of banana? 2. How many moles of tomatoes are in 5.01 x 1025 tomatoes?tialen bouo different masses, Different substances

Accepted Answer

Answered: Image /qna-images/answer/09a50ea4-c789-4521-9aa0-8a4dd144c0dd.jpg