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A projectile motion calculator is an online tool that calculates the motion of an object that is projected in the air. Our free physics projectile motion calculator tool makes the calculation faster and displays accurate results without any hassle.

Students especially get confused with various equations and problems that go into learning physics. Moreover, when they are bombarded with a projectile motion assignment, they get perplexed by the projectile motion formula. This is when they look for help and reach out to us. We have been helping such dreaded students for over 10 years now, and our calculator can quickly solve any projectile motion equations.

Projectile motion definitionis the motion experienced by an object when projected or thrown into the air. This is subjected to only the acceleration of gravity. The object that goes into motion is known as a projectile, and the path that the object follows is known as trajectory. The motion of falling objects is a straightforward example of one-dimensional projectile motion. In this case, there is no horizontal movement. In other cases, like a football, the air resistance is negligible. Get physics assignment help from top assignment experts at Myassignmenthelp.com.

There are two types of simultaneous independent rectilinear motions in a projectile motion:

- Along The X-Axis
- Along The Y-Axis

The physics projectile motion can work with any kinematic equations if you know where and how to place it. These equations are used to describe the behavior of an object in terms of its motion. These variables are generally time and spatial coordinates but can also include momentum components. Thus, there are usually two types of motion- dynamics and kinematics.

In Projectile motion, the kinematics equations are most applicable. The three kinematic equations of projectilemotion are:

**Velocity-Time**

This projectile motion equation is a simple one. It considers the velocity and time of an object during a uniform acceleration and in a straight line. The longer the acceleration, the greater will be the change in velocity. Position-Time

This is the displacement of a moving object and is directly proportional to time and velocity. The faster the thing, the farther it will go. Also, the longer the time taken, the more distant the object will travel.

**Velocity-Position**

The combination of the first two equations gives rise to the third one. In this, displacement is proportional to velocity squared when acceleration is constant.

Projectile motion is often the most challenging concept of physics. As a result, students pursuing this discipline often wonder how to solve projectile motion problems. This is when students reach out to MyAssignmnethelp.com for a projectile motion formula calculator. However, if you want to master this topic and score good grades, here is what you can do.

- Determine the type of problem that you have received. Like is the object thrown into the air and then will land on the ground, or is it starting off the ground and then will soar higher.
- Draw the scenario to understand how the object travels and then label the variables in your problem.
- If the initial velocity is given, try to revolve it into the x and y-axis.
- Separately analyze the horizontal and vertical motions and then decide on the convention sign whether you are talking it upwards or downwards.
- Recall the equations of motion and apply the most relevant kinematics equations and make sure to include all the units in your answer.

If you are still unaware of finding initial velocity in projectile motion, use a projectile motion calculator for best results.

Projectile motion can be calculated by displacement and velocity vectors where the vertical and horizontal motions are independent. The projectile motion formula is based on these factors. The vertical and horizontal projectile motion formula is as follows:

- Horizontal Distance

x= V_{x0}t

- Horizontal Velocity

V_{x}= V_{x0}

- Vertical Distance

y= V_{y0}t-1/2gt^{2}

- Vertical Velocity

V_{y}=V_{y0}-gt

The general formula for projectile motion is

y= 1/2at^{2}+v_{0}t+y_{0}

where:

y= height

t= time in seconds

a= acceleration due to gravity

v_{0}= initial velocity

y_{0}= initial height

Projectile motion, in simple words, is the parabolic or curved path an object follows when it is set in motion. Some of the common projectile motion examples are as follows:

- When firing a cannonball, it follows a curved path causing the ball to move horizontally and vertically at the same time. Here you can use a horizontal projectile motion calculator or vertical projectile motion calculator for best results.
- While throwing a basketball to score, the ball moves along the horizontal direction while rising in height. Hence you can use a projectile motion calculator to calculate height. You can get physics homework help as well.
- When the water comes out from a hosepipe, it does not directly fall onto the ground in a straight line. Instead of forms a curved path before hitting the ground. Here you can use a projectile motion angle calculator to calculate the angle.

There are several ways by which you can find the initial velocity in projectile motion. Here are some of the ways that you can try:

- Throw the ball up in the air with a launcher straight and use a stopwatch to measure the time. Ideally, it should fall back in the launcher. Next, calculate the launch velocity, the average tome, and the uncertainties in the launch velocity.
- Shoot the ball high up while keeping the launcher straight, but this time measures the height of the ball. Determine the maximum height the ball reaches before falling on the ground. Use the uncertainties to calculate the initial velocity of the ball.
- Another method would be to aim the launcher horizontally and shoot the ball to the ground. Mark the location where the ball lands and use a stopwatch to find the amount of time taken by the ball to reach the ground. Calculate the uncertainties in horizontal distance and time to get the initial velocity.

If you do not want to go into such hassle, you can use our projectile motion calculator to calculate initial velocity.

Students are loaded with numerous assignments that do not find ample time to rack their brains over such calculations. Therefore in most cases, they reach out to MyAssignmenthelp.com and use our projectile motion equations calculator for best results. Here is why students look for such calculators.

- It is easy to use. All you need to do is fill in the desired components to get results.
- It is fast and accurate and allows you to solve complicated problems efficiently.
- It saves time and effort to avoid boredom.
- In our projectile motion equation calculator, you can calculate all types of equations.

Instead of looking for a projectile motion calculator with initial height or a projectile motion with an air resistance calculator, you can use our one in all calculator to determine different results.

MyAssignmnethelp.com aims to provide the best projectile motion calculator to all our students. We have been doing this for over a decade now and have the best experts who will guide you in using the projectile motion calculator with steps.

Apart from helping you with the parametric projectile motion calculator, here is how our experts can help:

- We have PhD-qualified experts who can help you with all projectile motion questions and answers.
- Our scholarly experts are well-versed in all the topics and concepts and can help you solve vertical projectile motion questions using a projectile motion graph calculator.
- Our experts understand the value of time and use the best projectile motion stimulator to deliver results instantly.
- Our experts use projectile motion time calculator and projectile motion distance calculator to deliver 100% plagiarism-free

The trajectory of the projectile motion depends on two components. The horizontal movement is denoted by "x," The vertical motion is represented by"y." These are most commonly known as vectors, and they are used in calculating the various equations and problems of projectile motion. It usually bases itself on displacement and velocity vectors.

To find the optimal launch angle, you can use the equations of motion with zero air resistance. The horizontal distance is dependent on the gravity and initial velocity. It also considers the parabolic impact on determining the angle. To make things easier, you can try our **projectile motion distance calculator** to get accurate results.

We have 5000+ native English-speaking experts to help our dreaded students. Our experts are Ph.D. degree holders from accredited universities, and they have well-versed knowledge in all concepts of projectile motion. Furthermore, they live you to your standards by following academic guidelines to give you the best possible results.

You can call us or drop an email at any point of the day. Moreover, you can fill the order form so that our dedicated relationship managers can assist you at the earliest. In addition, we have a team of customer support executives working 24x7 to provide instant solutions to all your queries.

Our projectile motion calculator delivers the most accurate results so that you do not have to get embarrassed in front of your professors. Just fill in the required details and generate results quickly.

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