Remarkable Help with Writing a Sports Science Lab Report
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Outline/Structure of a Sports Science Lab Report
1. Abstract or/and Introduction
This part discusses and explains the aim of the laboratory experiment, hypothesis and or scope. It also explains the background of the experiment theoretically.
2. Methods and Materials
This part gives details of the materials used in an experiment. It explains how the experimental data was collected and procedures that were used. Diagrams that illustrate how the experiment was carried out are also listed.
3. Results Discussion and data analysis
The experimental results are discussed here. If there are graphs that are necessary, they get presented here. Models are analyzed and reviews that are contemporary to the results presented as well. The results of the experiment are also backed up by other researchers’ findings.
The experiment is concluded on the basses of the outcome of the results.
- Summary Statement (OPTIONAL)
- Help Received (OPTIONAL)
- References (OPTIONAL)
Sample Sports Science Lab Report Topics & Areas
1. Blood in Action: The Effect of Exercise on Blood Pressure and Pulse
Blood in action is the blood being pumped out and in the heart and gets circulated all over the body. A reading of blood pressure measures the pressure that is created in the arteries when the heart relaxes and contracts. It is recorded in terms of the ratio since it is measured using 2 numbers. The top reading is the systolic blood pressure and is a measure of pressure in the arteries, which is created when the heart contracts. The bottom reading is diastolic blood pressure. It is a measure of pressure in the arteries that are measured when the heart is filled with blood and relaxes. Normal blood pressure is less than 120/80 mm Hg. The normal heart rate of a resting child is 70-100 beats per minute while that of an adult is 60-100 beats per minute. The pulse rate is a count of the number of times heart beats per minute. It can be counted by placing index and middle fingers near a pulse point and counting beats that one feels in a period of 60 seconds. This experiment aims at finding out how the pressure of blood that is in action and the pulse rate are affected when one does exercises.
2. Sports Science Laboratory report on the best energy bar
Proteins and carbohydrates have a different composition of energy. When a person is participating in sports, s/he should take the bar that will improve his activities to the best. Carbohydrates are starches and sugars that are broken down into glucose during digestion. Glucose is stored in muscles and is used by the body as a source of energy. Proteins get digested into amino acids. Amino acids make hormones and new proteins and are also used as an energy source. When one is doing exercises, it is essential to know the energy bar that is going to give high energy and enable him to be fast.
3. Every Volt Counts: Are sports Drinks worth It?
Sports drinks are beneficial to people who take part in sports. They provide water that helps to set off some of the fluids that are lost when active in physical activity. When one is active, some electrolytes such as sodium get lost, and it is good to replace some of them. This is because they improve the palatability and they increase the rate at which fluid is retained in the body. They also maintain an osmotic drive for taking water. Sodium is one electrolyte that should be replaced because it brings about thirstiness, which results from a functional change of sodium concentration in blood. A sports drink should have low sodium, and it is crucial for one to know the concentration of electrolytes in sports drinks.
4. Sports Science laboratory Experiment on- Do odd-Makers Make Accurate Predictions?
Odd makers are people who make predictions about the outcome that they expect from an event. They make their predictions basing them on a theory or experience that they have in that event. When they are working on their predictions, they may include variables that do not matter or they omit variables that would matter in the event they are predicting. As a result, it is good to find out if their predictions are always accurate or inaccurate.
5. Determining the Development and Transferability of Bacteria from One Piece of Athletics to Another
Basketball and baseball bat contact bacteria when one is using them. This is because bacteria are everywhere. Bacteria concentration varies from one place to another. If athletic equipment is swabbed with cotton that is sterile and inoculates the microorganisms collected, in a growth media, it is possible to detect the concentration of bacteria on that equipment. This is done by counting the colons that will grow on that media in a sterile petri dish. This can be detected after leaving the inoculated petri dish for 48 hours. If the equipment is disinfected using spirit or any other disinfectant, then u hold the ball and the bat differently and test on the number of bacteria that each accumulates, it will be possible to compare and see what collects more bacteria by swabbing each aftertouch and inoculating bacteria for 48 hours.
6. Lab experiment on Heart Health: How Does Heart Rate Change with exercise?
The heartbeat each and every day in the so as to circulate blood to the body. The heart is said to be healthy if one does the right exercises, fails to smite, and eats healthily. Different exercises have a different impact on the heart. It is crucial for one to know the exercise that is best for the heart. It is recommendable to take part in exercises that will elevate the heart rate to between 50% and 75% of its maximum pulse rate, according to the recommendation from the American Heart Association. Therefore, it is expedient to know the types of activities that one should take part in often.
7. Differences in Personality between Non-Athletes and Athletes and Between Athletes Participating in Selected Sports
Human beings are unique and have different interests. Those people who take part in athletics may have different self-esteem, ambition, perseverance, and motives when compared with the people who don’t take part in athletics. The same thing may happen to those who participate in different physical activities. The differences can be looked into by analyzing the different attractors in sports. These experiments aim at finding out the measure of differences between those who take part in physical activities and those who do not participate at all.
8. Help with Writing a Sports Science lab on The Effect of Ball Diameter on the Time It Takes to Fall
Physical activity balls vary in size. It is good to find out whether the speed of falling decrease or increase with a diameter of the ball. It is also beneficial to know the difference in time of falling for different sizes of balls. If one uses a stopwatch, viscous liquid, and a container that is cylindrical, it would be possible to compare the falling time of these balls.
9. Electrolyte madness
Electrolytes are particles that split into ions that are positive or negatively charged. They have various roles in the body when one is taking part in physical activity. There are sports drinks that are commercial, for example, Gatorade, and there are others that are natural like orange juice that help boost the presence of electrolytes. An experiment can be conducted to detect the sports drinks’ electrolytes using salt and water as controls.
10. Sports Science laboratory reports on; The effect of Exercise on Blood Pressure
People take part in physical activities because of different reasons. Internal body system benefits highly when one participates in physical activities. The heart is strengthened by physical activities and its functions are also improved. Exercise can have long term or short term effect on the pressure in arteries as the heart relaxes and contracts. This depends on the physical activity one participates in.