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Chemistry Worksheets and Handouts (PDF for Printing)

This is a collection of free chemistry worksheets and handouts to print. Most of the printables are PDF files, although some are available as JPG or PNG files. All of these worksheets print cleanly on normal printer paper, plus you can resize them to fit your needs.

Here is a list of worksheets. This site also has articles explaining these topics in detail.

• Label Parts of the Atom [ Google Apps worksheet ][ worksheet PDF ][ worksheet PNG ][ answers PNG ]
• Acid formulas [ PDF ][ Answers ]
• Balancing equations Worksheet #1 [ PDF ][ Answers ] Worksheet #2 [ PDF ][ Answers ] Worksheet #3 [ PDF ][ Answers ] Worksheet #4 [ PDF ][ Answers ]
• Chemical and Physical Changes [ PDF ][ Answers ]
• Chemistry scavenger hunt [ PDF clues ][ Answers ]
• Element names crossword [ PDF ][ Answers ]
• Element symbols – Symbols that make words [ PDF worksheet ][ Answers ]
• Element symbols – Countries of the world [ PDF ][ Answers ]
• More element symbol worksheets
• Homogeneous or Heterogeneous Mixtures [ PDF ][ Answers ]
• Intensive and Extensive Properties [ Worksheet ][ Answer Key ]
• Intrinsic and Extrinsic Properties [ PDF ][ Answers ]
• Ionic and Covalent Compounds (Names and Identification) [ PDF Worksheet ][ Answer Key ]
• Ionic Compound Names and Formulas [ PDF Worksheet ][ Answer Key ]
• Metric to English Unit Conversions [ PDF Worksheet ][ Answer Key ]
• Mixtures [ PDF ][ Answers ]
• Periodic table scavenger hunt [ PDF clues ][ Answers ]
• Reading a meniscus [ PDF ][ Answers ]
• Reading periodic table element information Worksheet #1 [ PDF ][ Answers ] Worksheet #2 [ PDF ][ Answers ]
• Scientific Notation [ PDF ][ Answers ]
• Significant digits Rules [ PDF ][ Answers ] Addition and subtraction [ PDF ][ Answers ] Multiplication and division [ PDF ][ Answers ]
• Types of Chemical Reactions [ Worksheet ][ Answers ]

In addition to these chemistry worksheets, there is a collection of word search puzzles .

Chemistry Handouts

These chemistry handouts illustrate chemistry concepts and offer examples.

• Amino acid side chains [ PDF ]
• Antimatter examples [ PNG ]
• Atom facts [ PNG ]
• Chemical properties [ JPG ]
• Colligative properties [ JPG ]
• Electron configurations [ PDF ]
• Element electronegativities [ PDF ]
• 118 Element Flash Cards [ PDF ]
• Element list [ PDF ]
• Endothermic reactions [ PNG ]
• Error calculations [ JPG ]
• Exothermic reactions [ JPG ]
• Heterogeneous mixtures [ JPG ]
• Hydrocarbon prefixes [ JPG ]
• Ionic compound properties [ PNG ]
• Genetic codons [ PDF ]
• Lewis structures [ JPG ]
• Litmus test [ PNG ]
• Magnetic vs non-magnetic metals [ JPG ]
• Mole ratio [ JPG ]
• Organic vs inorganic [ JPG ]
• Oxidation numbers [ JPG ]
• Periodic table Bingo game [ PDF ]
• pH indicators [ PNG ]
• Physical change [ JPG ]
• Physical properties [JPG ]
• Noble metals [ JPG ]
• Reactants and products [ JPG ]
• RNA vs DNA [ JPG ]
• States of matter [ JPG ]
• Visible spectrum [ JPG ]

Periodic Tables

There’s a printable periodic table for just about any purpose, but some of the most popular are listed here.

• 118 element vibrant periodic table [ PNG ]
• Actinides [ JPG ]
• Blank periodic table [ PDF ]
• Element charges [ JPG ]
• Element density [ PDF ]
• Element electrical conductivity [ PDF ]
• Element state of matter [ PDF ]
• Muted color 118 element periodic table [ PDF ]
• Native elements [ JPG ]
• Valence [ JPG ]

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Is biology more your thing? We’ve got similar resources for the life sciences, including biology, biochemistry, cell biology, and anatomy.

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This page doesn’t include all of the assets on the Science Notes site. If there’s a table or worksheet you need but don’t see, just let us know!

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Assignment 5: Basic Chemistry

Please answer the following questions and send back to your instructor.

• Ammonia (NH 3 ):
• Magnesium nitride (Mg 3 N 2 ):
• Sodium chloride (NaCl):
• Calcium carbonate (CaCO 3 ):
• Carbon dioxide (CO 2 ):
• A certain atom contains 25 protons and 25 electrons. What is the name of the element?
• A certain atom contains 12 protons and 12 electrons. What is the name of the element?

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70 Interesting Chemistry Topics For Assignments

Table of Contents

• ⚛️ General Chemistry 
• 👩‍🔬 Physical Chemistry 

🧪 Organic Chemistry 

⚗️ molecular chemistry , ⚙️ engineering chemistry , 🔬 interesting chemistry research ideas, ☢️ nuclear chemistry , how to find an interesting chemistry topic.

Finding good topics in Chemistry that will stand out is not always easy because things must be narrowed down all the time. Therefore, our experts have worked hard to come up with some interesting ideas that will inspire your creativity and help you overcome writer’s block.

⚛️ General Chemistry  

• How clear is the DNA repair process in human beings in 2021?
• How does Covid-19 change the general protein function?
• Substance abuse and the role of proteins in brain recovery.
• Should pesticides be banned as a practice in agriculture?
• The use of 3D print models and AI-based tools in synthesis chemistry.
• Smartphones and the specific use of polymers: pros and cons of restricted lab medium.
• Nano-materials and metals in relation to Covid-19 vaccination.
• How do Biologically active compounds affect the DNA processes in the human body?
• An ethical side of Biochemistry: Pfizer case study (or any other corporation).
• Analytical chemistry and legislation in the United States.

👩‍🔬 Physical Chemistry  

• The use of outsourcing synthesis of nanomaterials in India by U.S. corporations.
• The use of NMR Spectroscopy for the observation of natural processes: an impact of strong magnetic fields.
• Atmospheric sensory projects: how accessible is this information for the general public?
• Is there such a thing as Chemical Equilibrium?
• The dangers of possible chain reaction in the CERN’s Large Hadron Collider.
• The pros and cons of the gas absorption operations in the United States.
• The study of an enhanced ionic conductivity in major oxide heterostructures.
• Overvoltage in batteries in mobile devices: case study writing.
• Enhanced ionic conductivity in oxide heterostructures: how does 3D-modelling help?
• Two-photon absorption synthesis and design: rationality analysis.
• Analysis of the Chiral Brønsted acid catalysis.
• Study and comparison of Alkenes and Alkynes.
• Fractional Distillation: case study analysis.
• The pros and cons of the polymers through the lens of ocean pollutions.
• Carbohydrates vs nucleotides: a study of the organic compounds.
• The most common misconceptions regarding hydrocarbon antioxidants.
• Nucleic acids and the development of the human brain.
• Heterocycle formation: Gattermann-Koch formylation.
• The heritage of Friedrich Wöhler.
• The molecular study of the Grignard reagent.
• The use of molecular machines in new forms of absorption.
• DNA synthesis and the oligonucleotides: from linkage to following the industry standards.
• The genesis of protein processes of the plastic-eating enzyme.
• Single-centered electrons: analysis through the Fullerene cage stabilization.
• Hydrogen bond vs. covalent bond: an infra-red spectroscopy analysis.
• The use of knotted molecules for transfer purposes: nano and macro scales.
• How can molecular dynamics be used for nuclear atom simulation?
• Light absorbing and the light-driven reactions in the growth of crystals.
• Mechanical help and automation in the field of molecular chemistry.
• Analysis of data on Helium Hydride ion: terahertz analysis.
• The current trends in petroleum engineering.
• Environmental management of the chemical processes in volcanoes during their active stage.
• An ethical side of industrial chemistry: Apple Inc case study.
• Large-scale industrial processes: construction and the use of petrochemicals.
• Valence and chemical bonding processes: the role of climatic processes.
• The use of analytical chemistry in space engineering.
• Fluid dynamics and transportation methods in electrical engineering.
• How can sludge gas be utilized in the most environmental-friendly way in 2021?
• The role of caffeine waste and the world’s pollution.
• Mass and heat transfer through the lens of renewable energy projects.

Finding inspiring Chemistry topics can be easily compared to finding good nursing topics or coming up with microbiology ideas that are also related to Chemistry. Here are some Chemistry topics for research purposes that are not standard and are worth checking:

• What is the role of adulterants in the processing of food and drinks.
• The role of the metals activity in the Covid-19 vaccine: case study analysis.
• Esterification vs saponification reactions: from simulation to real-life application.
• Analysis of toxicity in water or soil in Miami, Florida.
• Ultraviolet radiation through the lens of bacterial growth.
• The phenomenon of Briggs-Rauscher Oscillating Clock.
• The use of Thermite metal powder: oxidation processes.
• AI-based simulation of the Leidenfrost Effect.
• The molecular template for the growth of the crystals.
• The media coverage of the acid rain problem.

Note: You can also research various biology topic ideas and proceed from there as there will always be at least one chemical constituent that can represent your Chemistry-based assignment topic.

• The role of transmutation in the formation of nuclear energy.
• Solar energy and biological effects of radiation on vegetation processes.
• Chernobyl and the nuclear waste management by the European Commission.
• The use of radiation in biology and medicine: a way to combat the Covid-19 pandemic.
• The phenomenon of the Shroud of Turin.
• Parameters and stability aspect of nucleus forces in nuclear chemistry.
• The study of nuclear fusion in the processing of non-organic food.
• The role of radiotracers for the detection of radiation.
• The most common radiochemical separation techniques.
• Nuclear analysis methods in the field of Healthcare.

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It is often believed that a good assignment topic must inspire, yet it is also true for this field of science where you must be able to research things and provide something that will stand out from the rest. At the same time, finding a good Chemistry topic takes a lot of time since you must either start with a general topic and narrow it down a little bit or turn to an existing lab case study to compose a special report. The latter can easily get challenging, which is why you might require chemistry homework help that will include getting good sources and eliminating possible writing mistakes or misconceptions. In either case, choosing your topics in chemistry, focus on those aspects that you know well. Be it chemical reactions through the lens of environmental sciences or organic chemistry, it must be well-researched and competitive.

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Detroit Tigers veteran Gio Urshela designated for assignment as infield prospects arrive

The Detroit Tigers have made some big changes.

Not only did the Tigers promote infield prospects Jace Jung and Trey Sweeney from Triple-A Toledo for their MLB debuts, but the Tigers also designated veteran third baseman Gio Urshela for assignment, thus removing him from the 40-man roster.

The flurry of roster moves became official before Friday's game against the New York Yankees at Comerica Park.

ON THE FARM: Tigers prospect acquired in Jack Flaherty trade already showing how he 'nukes balls'

Urshela, a nine-year MLB veteran, has been placed on waivers.

The Tigers informed Urshela of the decision to place him on waivers after Thursday's 2-1 win over the Seattle Mariners, according to a source with knowledge of the situation.

"That was tough," manager A.J. Hinch said before Friday's game. "I was told when we signed him, by a lot of people in the industry, that he would turn into one of my favorite players, and they were right. He's such a fun pro to be around, but these jobs, they often create situations that you have to make tough decisions."

Urshela, 32, is still owed about $353,000 of his $1.5 million 2024 salary, which he agreed to when he signed a one-year contract with the Tigers at the beginning of spring training. If he is claimed off waivers, the new team will take on his contract.

The Tigers will know by Sunday if Urshela clears waivers or gets claimed. He will not play for the Tigers while awaiting his fate because he has been removed from the 40-man roster, which helps create room for the incoming infield prospects.

SPRING TRAINING: Can newcomer Gio Urshela become everyday third baseman for Tigers in 2024 season?

His remaining salary is affordable, so Urshela is a candidate to be claimed, but he hit just .243 with five home runs, 19 walks and 49 strikeouts in 92 games with the Tigers, posting a .619 OPS. He has been worth minus-5 defensive runs saved at third base.

Urshela didn't generate trade interest from other teams ahead of the July 30 trade deadline , but even a couple of weeks later, he could generate more interest on the waiver wire because other teams don't have to surrender a prospect for him.

If he clears waivers, he would be eligible to sign with a new team for the prorated minimum salary (roughly $174,000) while the Tigers remain responsible for the rest of his contract.

"We have to take a step in a new direction to give opportunities to some young players who have earned it," Hinch said, "and it's going to come at the cost of his spot in our organization, but I will speak highly of Gio and what he's about as a person and as a player, and hopefully, somebody grabs him while they can now."

His most memorable moment as a Tiger occurred July 13, when he hit a walk-off two-run home run to left-center field for an 11-9 win over the Los Angeles Dodgers at Comerica Park, capping an epic comeback . He also had two homers in a three-game stretch in early June against the Boston Red Sox at Fenway Park.

GI-OMG 😱 pic.twitter.com/98a2yYfNCi — Detroit Tigers (@tigers) July 13, 2024

Before the Tigers, Urshela played for five other teams in his 756-game MLB career: the Cleveland Guardians (2015, 2017), Toronto Blue Jays (2018), New York Yankees (2019-21), Minnesota Twins (2022) and Los Angeles Angels (2023). He suffered a season-ending pelvic injury, which didn't require surgery, in mid-June 2023 with the Angels.

He spent three weeks on the injured list in 2024 with a right hamstring strain .

Urshela is a career .273 hitter in the majors.

Contact Evan Petzold at  [email protected]  or follow him  @EvanPetzold .

Listen to our weekly Tigers show  "Days of Roar"  every Monday afternoon on demand at freep.com,  Apple ,  Spotify  or wherever you listen to podcasts. And catch all of our podcasts and daily voice briefing at  freep.com/podcasts .

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Enhanced charge collection of AgNWs-based top electrode to realize high-performance, all-solution processed organic solar cells

• Published: 13 August 2024

Cite this article

• Juanyong Wan 1   na1 ,
• Yang Chen 1   na1 ,
• Weijie Chen 1 ,
• Jinfeng Xia 1 ,
• Guang Zeng 1 ,
• Jianlei Cao 1 ,
• Chuang Jin 5 ,
• Yunxiu Shen 1 ,
• Xiaoxiao Wu 1 ,
• Haiyang Chen 1 ,
• Junyuan Ding 1 ,
• Xue-mei Ou 1 ,
• Yaowen Li 1 , 2 , 3 &
• Yongfang Li 1 , 2 , 4  

All-solution processed organic solar cells are the ultimate aim of printable photovoltaics, but their electrical losses arising from poor contact of top electrodes greatly limit efficiency improvement. To solve the problem, a solution-processed hybrid top electrode was constructed using silver nanowires (AgNWs) as the skeleton and ZnO nanoparticles (ZnO-NPs) as the matrix. When constructing the skeleton, a spin-rinsing treatment was first used to reduce the amount of the residual insulating polyvinylpyrrolidone wrapped around the AgNWs to promote intimate contact among the AgNWs in the skeleton. Then, the ZnO-NPs matrix was deposited onto the AgNWs skeleton, bridging the AgNWs skeleton with the underlayer ZnO-NPs electron transporting layer (ETL). The underlayer ZnO-NPs ETL can also induce the growth of the ZnO-NPs matrix to minimize lattice mismatch, which creates additional transport channels from the ETL to the AgNWs skeleton for charge collection. As a result, the obtained electrode significantly enhances the electrical contact in the device, thus delivering record power conversion efficiencies of 16.04% and 14.54% for rigid and flexible all-solution processed OSCs, respectively.

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Acknowledgements

This work was supported by the National Natural Science Foundation of China (52325307, 52273188, 22075194, 52203233), the National Key Research and Development Program of China (2022YFB4200302), the Department of Science and Technology of Jiangsu Province (BE2022023), the Priority Academic Program Development of Jiangsu Higher Education Institutions (PAPD), the Collaborative Innovation Center of Suzhou Nano Science and Technology, Jiangsu Funding Program for Excellent Postdoctoral Talent (2022ZB567), the China Postdoctoral Science Foundation (2023M732533) and the Key Laboratory of Polymeric Materials Design and Synthesis for Biomedical Function, Soochow University.

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Authors and Affiliations

Laboratory of Advanced Optoelectronic Materials, Suzhou Key Laboratory of Novel Semiconductor-Optoelectronics Materials and Devices, College of Chemistry, Chemical Engineering and Materials Science, Soochow University, Suzhou, 215123, China

Juanyong Wan, Yang Chen, Weijie Chen, Jinfeng Xia, Guang Zeng, Jianlei Cao, Yunxiu Shen, Xiaoxiao Wu, Haiyang Chen, Junyuan Ding, Xue-mei Ou, Yaowen Li & Yongfang Li

Jiangsu Key Laboratory of Advanced Negative Carbon Technologies, Soochow University, Suzhou, 215123, China

Yaowen Li & Yongfang Li

State and Local Joint Engineering Laboratory for Novel Functional Polymeric Materials, Jiangsu Key Laboratory of Advanced Functional Polymer Design and Application, College of Chemistry, Chemical Engineering and Materials Science, Soochow University, Suzhou, 215123, China

Beijing National Laboratory for Molecular Sciences, CAS Key Laboratory of Organic Solids, Institute of Chemistry, Chinese Academy of Sciences, Beijing, 100190, China

Yongfang Li

Jiangsu Sidike New Materials Science and Technology Co., Ltd., Suqian, 215400, China

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Correspondence to Yaowen Li .

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Enhanced charge collection of AgNWs-based top electrode to realize high-performance, all-solution processed organic solar cells, approximately 4.63 MB.

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Wan, J., Chen, Y., Chen, W. et al. Enhanced charge collection of AgNWs-based top electrode to realize high-performance, all-solution processed organic solar cells. Sci. China Chem. (2024). https://doi.org/10.1007/s11426-024-2079-5

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Received : 18 February 2024

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Published : 13 August 2024

DOI : https://doi.org/10.1007/s11426-024-2079-5

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Dodgers' Tommy Edman Won't Return for Revenge Series vs Cardinals

Jeremy hanna | 16 hours ago.

• Los Angeles Dodgers

While everyone is waiting for Tommy Edman to make his debut in blue, it looks like the talented utility player won't be able to return in time to face his old club, the St. Louis Cardinals.

During an appearance on MLB Network Radio on SiriusXM, Dodgers manager Dave Roberts gave an update on the recently acquired Edman.

“I think the hope is that he’ll be with us Monday when we get home," Roberts said. "Looking at the calendar, I’m sure Tommy wanted to play against his hold club. But the rehab process, where he didn’t play any defense basically this year, we wanted to get his legs under him. The rehab process kicks him to Monday. That’s kind of the hope.”

Dave Roberts gives the latest on the #Dodgers injuries: Justin Wrobleski will start tonight Tommy Edman returns Monday Max Muncy returns Tuesday 🔗 https://t.co/6YbqEWG3tX pic.twitter.com/I2hVLIICUH — MLB Network Radio on SiriusXM (@MLBNetworkRadio) August 16, 2024

Edman was one of two big names acquired by the Dodgers in a massive three-team trade with the Chicago White Sox and the Cardinals, where Los Angeles received Edman, Michael Kopech, and minor league right-hander Oliver Gonzalez.

In exchange, the Cardinals received right-handed pitcher Erick Fedde, outfielder Tommy Pham, and cash considerations, and the White Sox received utility player Miguel Vargas, infield prospect Jeral Perez, infield prospect Alexander Albertus, and either an additional player or cash considerations.

While Edman is a talented player, he hasn't played Major League Baseball since 2023. He has been out all season recovering from wrist surgery and a recent ankle sprain. Fortunately, Edman has been on a rehabilitation assignment with the Dodgers' Triple-A affiliate Oklahoma City and is expected to make his return in the near future .

A standout player for the Stanford Cardinals, Edman started every game at shortstop his junior year. He batted .286 with 24 RBIs, and led the team in runs (35), hits (61), triples (4), and stolen bases (8) across 54 games. He was named to the Pac-12 Conference first team.

Edman was selected by the Cardinals in the sixth round of the 2016 MLB Draft. After some years in minor league, Edman would make his debut on June 8, 2019, where he would become a constant in St. Louis' starting lineup.

Across five seasons with the Cardinals, Edman maintained a .265 batting average while hitting 53 home runs and 222 RBI. He also stole 106 bases

In 2021, Edman won the Gold Glove Award, and was awarded a Fielding Bible Award in 2022, recognizing him as the best multi-position player that year.

Hopefully, Edman will bring the same consistency and defensive prowess to the Dodgers that he brought to the Cardinals.

More Dodgers: Shohei Ohtani Inching Closer to Setting Unprecented MLB History

JEREMY HANNA