Physics

Physics Made Easy - Step by Step - with the TI-Nspire CX (CAS) Calculator.

Solve Physics problems stepwise using this Ti-Nspire CX Program

Price:

$49.95

Physics Made Easy 

Runs on TI-Nspire CX, TI-Nspire CX CAS, TI-Nspire CX II and TI-Nspire CX II CAS only.
Program does not run on computers!

TI-Nspire CX

TI-Nspire CX CAS

TI-Nspire CX II

TI-Nspire CX II-T CAS

TI-Nspire CX

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Enter the last 8 digits of your TI-Nspire's Product ID.

Located under 5:Settings → 4:Status → About

Sample ID: 1008000007206E210B0BD92F455. HELP .
(You would only type BD92F455 in below's box.)

Enter last 8-digits of the ID:
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PROGRAM DESCRIPTION

Most Comprehensive Physics APP for the TiNspire: Covers typical topics for 3 years of High School and College Algebra-Based Physics such as Kinematics, Mechanics, Circuits, Waves, Light, Optics, Sound, Fluids, Harmonic Motion, Heat, Electricty, Circuits, Capacitators, Induction, Magnetism, Energy, Planets, Gas Laws, Periodic System of Elements, Relativity, Barometric, Error Analysis and much more.

FUNCTIONALITY & MENU ITEMS OF APP :

MECHANICS
  • Find Center of Mass
  • Read about Vectors
  • Vector Solver: Ax,Ay and Angle A
  • All in one Vector Explorer
  • Find Norm, Unit Vector, Dot Product, Cross Product, etc
  • Vector Differentiation
  • All in one 2-Vectors Explorer
  • Read: Newton’s 3 Laws of Motion
  • Newtons 2. Law: F=m*a
  • Centripetal Force: F=m*v^2/r
  • Centripetal Force: F=lambda*v^2*r
  • Find Net Force/Resultant
  • Pressure Solver
  • Friction Solver: F=mu*N
  • Momentum: p=m*v
  • Momentum: m1*v1=m2*v2
  • Conservation of Momentum: m1*v1i+m2*v2i=m1*v1f+m2*v2f
  • Elastic and Inelastic Collisions : Find Angle , Velocity, Conservation of Momentum.
  • Impulse
  • Impulse & Force
  • Torque: T=F*r*sin(lambda)
  • Circular Motion: Velocity v=2pr/t
  • Circular Motion: Acceleration a=v^2/r
  • Projectile at Angle
  • Find Tensions of 2 Hanging Y-shaped cables
  • Find Hanging Mass given Tensions and Angles
  • Centripetal Force
  • Centripetal Force, Acceleration, Angular Velocity
KINEMATICS
  • Read: The Big 5 Equations
  • Average Speed=Distance/Time : v=d/t
  • Linear Motion: vf^2=vo^2+2*a*d
  • Linear Motion: v=vo+a*t
  • Linear Motion: d=(vo^2+vf^2)/2 * t
  • Linear Motion: lambdax=v0t + 1/2at^2
  • Linear Motion: v=v(2*g*h)
  • Rotational Kinetic Energy K=1/2*I*lambda^2
  • APPS: Diver enters Water
  • APPS: Helicopter Rescue
  • APPS: Block sliding down Ramp with Friction (and along Ground)
  • Harmonic Motion: T=2p/lambda
  • Harmonic Motion: E=1/2*k*A^2
  • Harmonic Motion: T=2p*v(l/g)
  • Harmonic Motion: f=1/T
  • Harmonic Motion: T=2*p*v(m/k)
  • Harmonic Motion: T=2*p*v(I/mgd)
  • Harmonic Motion: x=A*cos(lambdat+F)
  • Harmonic Motion: v=v(A^2-x^2)
  • Harmonic Motion: Max Velocity
  • Harmonic Motion: Max Acceleration
  • Harmonic Motion: Read Formulas
  • Period of Spring T=2*pv(mass/spring constant)
  • Spring F=k*x
  • PotentialEnergy of Spring Us=1/2*k*x^2
  • Spring Time T=2*p*v(l/g)
  • Time Frequency T=1/f
  • Wave Length lambda=v/f
  • Time T=2*p*v(m/k)
  • Waves+Vibrations: v=v(T*(m/L))
  • Waves+Vibrations: k=2*p/lambda
  • Waves+Vibrations: lambda=2pf
WAVES: LIGHT
  • Speed Of Light: E=m*c^2
  • Light sin(theta_1)/sin(theta_2)=v_1/v_2
  • Light Theta=lambda/L
  • Light: E=P/(4pr^2)
  • Light: I2=I1cos(theta)^2
  • Light: f_obs=f(1+-v/c)
  • Light: n=c/f
  • Light: lambda_obs-lambda=+-v/c*lambda
  • Light: n1*sin(theta1)=n2*sin(theta2)
  • Light: sin(theta)=n1/n2
  • Light: n=c/v
  • Light: 1/f=1/d1+1/d2
  • Light: M=hi/ho
  • Light: lambda=xd/L
  • Light Diffraction: 2*x1=(2lambdaL)/w
  • Light: lambda=d*sin(theta)
  • Light: x_obj=1.22*lambda*L/D
WAVES: OPTICS & SOUND
  • Optics: Read about Reflection
  • Optics: Refraction: Refraction Index
  • Optics: Refraction: Snell’s Law
  • Optics: Total Internal Reflection
  • Optics: Wave Optics: Maxima
  • Optics: Wave Optics: Minima
  • Optics: Band Distance on Screen lambda/d=x/L
  • Optics: Read about Focal Points
  • Optics: Optical Instruments: Focal Length
  • Optics: Optical Instruments: Magnification
  • Optics: Interference & 2 Slit Experiment
  • Sound: Doppler Effect
  • Sound: l_b-l_a=1/2*lambda
  • Sound: beta=10*log(I1/I2)
  • Sound: lambda=v/f
  • Sound: f1=f/(1+-s/c)
  • Sound: v=v(B/lambda)
  • Sound: lambdaP=rho*v*omega*s_max
  • Sound: I=lambdaP_max^2/(2*rho*v)
  • Sound: I=P/(4*p*r^2)
  • Sound: Standing Sound Waves
WAVES: FLUIDS
  • Fluids: lambda=m/V
  • Fluids: P=F/A
  • Fluids: F2=F1*A2/A1
  • Fluids: Fb=Fa*r_b^2/r_a^2
  • Fluids: P=Po+p*h*g
  • Fluids: F=lambda*V*g
  • Fluids: p+(1/2)*lambda*v^2+lambda*g*h=a
  • Fluids: Ds/Di=h_sub/h_s
  • Fluids: Q=p*r^4*(P1-P2)/8*mu*L
  • Fluids: T=F/L
  • Fluids: lambda1*A1*v1=lambda2*A2*v2
  • Fluids: Flow Rate Q=v*A = Flow Velocity * Flow Area
  • Fluids: Bernoullis Principle
  • Fluids: Darcy Weisbach Equation
  • Fluids: Colebrook Equation
ENERGY
  • Kinetic: Translational
  • Kinetic: Rotational
  • E_pot=E_kin : lambdax^2=m/k*v^2
  • Potential Energy
  • Potential: Spring (Us)
  • Potential: Universal Gravitat. (UG)
  • Heat: Q=m*c*T
  • Heat: Q=m*L
  • Heat: W=P*d*V
  • Heat: E=Q-W
  • Heat: Conduction
  • Heat: Convection
  • Heat: Radiation
  • Heat: w=-n*r*t*ln(vf/vi)
  • Miscellaneous: Heat (H)
  • Read Dissipated Energy
  • Miscellaneous: W=F*s*cos(theta)
  • Miscellaneous: W=F*s*sin(theta)
  • Miscellaneous: Power=W/t
  • Miscellaneous: E=mu*dx
  • Work Energy Theorem
  • Photon Energy: E=h*c/lambda
  • Engine Indicative Horsepower (PLANK)
ELECTRICITY
  • Electricity & Induction
  • Electricity: Coulombs Law
  • Electricity: Voltage V=E*d
  • Electricity: Voltage V=W/q
  • Electricity: V=Q/C
  • Electricity: P=Po*[1+a*(T-To)]
  • Electricity: q=Q*exp(-t/(R*C))
  • Electricity: q=Q*(1-exp(-t/(RC))
  • Electricity: C=K*eo*A/d
  • Electricity: E=1/2*C*V^2
  • Electricity: R=lambda*1/A
  • Electricity: Flux F=E*A
  • Electricity: E=Q/(4pr^2eo)
  • Electricity: F=s*Q/eo
  • Electricity: F=s*Q/eo
  • Electricity: F=E*q
  • Electric Field
  • Induction: EMF=B(L)(V)
  • Induction: I=V/R
  • Induction: Pac=1/2(Pacmax))
  • Induction: Pac=I_eff^2*R
  • Induction: I_eff=v(1/2Imax^2)
  • Induction: V_eff=v(1/2(Vmax)^2)
  • Induction: Vs/Vp=Ns/Np
  • Induction: Vp*Ip=Vs*Is
MAGNETISM
  • Magnetism: F=q*v*B*sin(theta)
  • Magnetism: r= mv/(qB)
  • Magnetism: v=E/B
  • Magnetism: F=B*I*L*sin(theta)
  • Magnetism: N=T*A*m
  • Magnetism: t=F*r
  • Magnetism: t=B*I*A*sin(theta)
  • Magnetism: t=B*I*A*N*sin(theta)
  • Magnetism: B=muo*I/2pr
  • Magnetism: F/l=o*I1*I2/(2pd)
  • Magnetism: B=muo*I/2R
  • Magnetism: B=N*muo*I/2R
  • Magnetism: B=muo*N/l*I
  • Magnetism: F=B*A*cos(theta)
  • Magnetism: lambda_F=BA(costhetaf-costhetai)
  • Magnetism: e=-N*(F)/(t)
  • Magnetism: F=I*B*l
  • Magnetism: Emf=NBA*delta*sin(deltat)
  • Magnetism: Emf=-L*(lambdaI)/(lambdat)
  • Magnetism: R=P*l/A
CIRCUITS & LAWS
  • Circuits & Laws: P=V*I
  • Circuits & Laws: V=R*I
  • Circuits & Laws: P=I^2*R
  • Circuits & Laws: P=V^2/R
  • Circuits & Laws: Vc=(V*R2)/(R1+R2)
  • Circuits & Laws: Read 1. Kirchhoff Law
  • Circuits & Laws: Read 2. Kirchhoff Law
  • Circuits: Parallel & Series
  • Circuits: Resistence, Current, Voltage
PLANETS
  • Planets: Sun
  • Planets: Mercury
  • Planets: Venus
  • Planets: Earth
  • Planets: Moon
  • Planets: Mars
  • Planets: Jupiter
  • Planets: Saturn
  • Planets: Uranus
  • Planets: Neptune
  • Planets: Pluto
  • Gravitation & Orbits: F=g*m1*m2/r^2
  • Gravitation & Orbits: v=v(g*m/r)
  • Gravitation & Orbits: v=2pr/t
  • Gravitation & Orbits: P1^2/P2^2=R1^3/R2^3
GAS LAWS
  • Volume of Gas
  • Boyle’s Gas Law
  • Avogadro’s Gas Law
  • Charles’ Gas Law
  • GayLussac Gas Law
  • Combined Gas Law
  • Ideal Gas Law
  • Adiabatic Expansion of Ideal Gas Law
  • Gas Sum / Dalton Law
  • Graham’s Gas Law
SPECIFIC HEATS
EXTRAS
  • Periodic Table of Elements: Symbol
  • Periodic Table of Elements: Element Name
  • Read: Useful Constants
  • Find Absolute Error and % Error
  • Convert: Normal to Scientific Notation & back
  • Density=Mass/Volume Solver
  • Moles & Representative Particles
  • Atoms to Moles Conversion
  • Relativity: Time-Dilation
  • Relativity: Mass-Dilation
  • Decay / Half-Life Equation
  • Inverse Square Law
  • Continuity Equation
  • Barometric Formula
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