Essential Science Equations

Froggy Jumps

This activity will test how well you remember some of the most essential equations in science

Descarga la versión para jugar en papel

Duplicar

Crear reto

Imprimir PDF

Sobre Froggy Jumps

8 veces realizada

Creada por

Ghaya Mohammed

Reino Unido

Top 10 resultados

1

jk

21 de Abril de 2023

01:28

tiempo

40

puntuacion

¿Quieres aparecer en el Top 10 de este juego?

Inicia sesión

para identificarte.

Crea tu propio juego gratis desde nuestro creador de juegos

Crear froggy jumps

Compite contra tus amigos para ver quien consigue la mejor puntuación en esta actividad

Crear reto


Froggy Jumps Essential Science EquationsVersión en línea This activity will test how well you remember some of the most essential equations in science por Ghaya Mohammed 1 The equation to find power, P, is: a P = I x V b P = I ÷ V c P = t x I 2 Voltage (potential difference), V, is equal to: a I x V b I x R c I ÷ R 3 The equation to find charge, Q, is: a Q = I ÷ t b Q = I x R c Q = I x t 4 The equation to find electric power, P, is : a P = I x R b P = I² x R c P = I ÷ R 5 The voltage (potential difference), V, can be found by using: a work done x charge b work done x power c work done ÷ charge 6 Gravitational potential energy is equal to: a m x g x h b m x g c m x h 7 Choose the equation to find kinetic energy: a KE = ½ x m x v² b KE = m x v c KE = ½ x m x v 8 Energy is equal to: a Power + time b Power ÷ time c Power x time 9 Work done is equal to: a Power + time b Power x time c Power ÷ time 10 The equation to find momentum, p, is: a p = m x v b p = m ÷ v c p = m x t 11 The force on a spring can be found by: a spring constant + extension b spring constant x extension c spring constant ÷ extension 12 Which equation is used to find the energy in a spring? a E = k x e b E = ½ x k x e² c E = ½ x k x e 13 Which equation is used to find weight? a Weight = mass x gravity b Weight = mass ÷ gravity c Weight = mass² x gravity 14 speed (velocity), v, is equal to: a distance + time b distance x time c distance ÷ time 15 acceleration is equal to: a change in speed b change in speed x time c change in speed ÷ time 16 wave speed, v, is equal to: a f x λ b f x v c f ÷ λ 17 Period, T, is equal to: a 1 x frequency b 1 ÷ frequency c 1 ÷ wavelength 18 Pressure, P, is equal to: a Force x Area b Force ÷ Area c Force ÷ time 19 The moment of a force, M, is equal to: a Force ÷ distance b Force x time c Force x distance 20 Specific heat capacity is equal to: a b c Neither

Froggy Jumps

Essential Science EquationsVersión en línea

This activity will test how well you remember some of the most essential equations in science

por Ghaya Mohammed

The equation to find power, P, is:

P = I x V

P = I ÷ V

P = t x I

Voltage (potential difference), V, is equal to:

I x V

I x R

I ÷ R

The equation to find charge, Q, is:

Q = I ÷ t

Q = I x R

Q = I x t

The equation to find electric power, P, is :

P = I x R

P = I² x R

P = I ÷ R

The voltage (potential difference), V, can be found by using:

work done x charge

work done x power

work done ÷ charge

Gravitational potential energy is equal to:

m x g x h

m x g

m x h

Choose the equation to find kinetic energy:

KE = ½ x m x v²

KE = m x v

KE = ½ x m x v

Energy is equal to:

Power + time

Power ÷ time

Power x time

Work done is equal to:

Power + time

Power x time

Power ÷ time

The equation to find momentum, p, is:

p = m x v

p = m ÷ v

p = m x t

The force on a spring can be found by:

spring constant + extension

spring constant x extension

spring constant ÷ extension

Which equation is used to find the energy in a spring?

E = k x e

E = ½ x k x e²

E = ½ x k x e

Which equation is used to find weight?

Weight = mass x gravity

Weight = mass ÷ gravity

Weight = mass² x gravity

speed (velocity), v, is equal to:

distance + time

distance x time

distance ÷ time

acceleration is equal to:

change in speed

change in speed x time

change in speed ÷ time

wave speed, v, is equal to:

f x λ

f x v

f ÷ λ

Period, T, is equal to:

1 x frequency

1 ÷ frequency

1 ÷ wavelength

Pressure, P, is equal to:

Force x Area

Force ÷ Area

Force ÷ time

The moment of a force, M, is equal to:

Force ÷ distance

Force x time

Force x distance

Specific heat capacity is equal to:

Neither

Essential Science Equations

Froggy Jumps

Descarga la versión para jugar en papel

Creada por

Top 10 resultados

Top juegos

Mapa Interactivo

Heart Labeling

Memory

NEW JEANS

Mapa Interactivo

Blank Keyboard Test

Relacionar Columnas

The Bill of Rights

Mapa Interactivo

13 Colonies Map

Froggy Jumps

Essential Science EquationsVersión en línea

por Ghaya Mohammed

The equation to find power, P, is:

Voltage (potential difference), V, is equal to:

The equation to find charge, Q, is:

The equation to find electric power, P, is :

The voltage (potential difference), V, can be found by using:

Gravitational potential energy is equal to:

Choose the equation to find kinetic energy:

Energy is equal to:

Work done is equal to:

The equation to find momentum, p, is:

The force on a spring can be found by:

Which equation is used to find the energy in a spring?

Which equation is used to find weight?

speed (velocity), v, is equal to:

acceleration is equal to:

wave speed, v, is equal to:

Period, T, is equal to:

Pressure, P, is equal to:

The moment of a force, M, is equal to:

Specific heat capacity is equal to: