On The Move Yr 10

Calculations 1

100

Calculate the speed for a car which covers a distance of 220km in 2 hours.

Speed = 110km/h

200

Calculate the distance covered by a train that is travelling at 110km/h for 4.5 hours. 

D = S x T

= 110 x 4.5

= 495 km

300

Give the mass of a train which experiences a force of 420 000 N and has an acceleration of 10m/s.

m = F/a

m = 420 000 / 10

m = 42 000kg

400

Calculate the time taken for a plane to cover a distance of 10 500km if its average speed is 900km/h.

T = D/S

T = 11.67 hours 

T = 11 hours and 44 minutes.

500

Balance the following compound to reach a zero overall charge. 

Mg⁺²  OH^-1

Give the name of the compound formed.

Identify the metal and non-metal.

Balance the following compound to reach a zero overall charge. 

Mg⁺²   2 OH^-1

Give the name of the compound formed.

Magnesium hydroxide

Metal = Magnesium  Non metal = hydroxide

Terms 1

100

In a state of rest or moves at a constant velocity unless it experiences an unbalanced force.

Inertia  and/or

Newtons First Law

200

The acceleration of an object is dependent on the applied force and mass of the object. 

Which law applies?

Newtons Second Law

300

Every action has an equal yet opposite force. 

1) Which law applies here?

2) Identify a situation where this occurs.

1) Newtons 3rd Law

2) Sitting down, Swimming, Standing on bathroom scales.

400

An object moves at a constant velocity. 

a) Which law applies?

b) Give an example where this may occur.

a) Newtons First Law

b) Driver-less trains

500

Identify three factors that may affect reaction time. 

Give the average reaction time. 

Fatigue/ Age / Hormones / Drugs

0.1 - 0.3 seconds

Calculations 2

100

Give the formula for FORCE.

Force = mass x acceleration

200

Give the acceleration for a car which experiences a force of 120 000 N and has a mass of 1500kg.

a = F/m

a = 120 000 /1500

a = 80km/h^-2

300

Give the formula for 

Force? 

Acceleration?

Mass?

Force = mass x acceleration

Acceleration = Force/mass

Mass = Force /acceleration

400

Balance the following compound to reach a zero overall charge. 

Al⁺³   O^-2

 2 Al⁺³    3  O^-2

500

Balance the following compound to reach a zero overall charge. 

Al⁺³   Cl^-1

^{Give the name of the compound formed.}

^{Identify the metal and non metal.}

Al⁺³   3  Cl^-1

^{Give the name of the compound formed.} 

Aluminium chloride

^{Identify the metal and non metal.}

Metal = Aluminium  Non-metal = Chlorine

Terms 2

100

Change in speed with direction.

Velocity

200

An increase in speed/velocity over time.

Acceleration

300

Time taken to respond.

Give the average rt.

Reaction time

0.1 - 0.3 seconds

400

a) Name given for an insoluble solid.

b) Give an example of a neutralisation reaction. 

a) Precipitation

b) NaOH + HCl --> NaCl + H₂O

500

a) A fuel reacts with oxygen. Identify the type of reaction given. 

b) Scientific name for rust formation.

c) Type of reaction that occurs when we react;

Mg + 2HCl --> MgCl₂ + H₂

a) Combustion

b) Corrosion

c) Acid and Metal

Random Yr 10 Science

100

Identify the element

Fe

Iron

200

NaCl

a) Identify the compound

b) Give the common name for the above compound.

Sodium chloride

Salt

300

Indicate if the following compound is balanced or unbalanced. 

Na⁺¹ Cl^-1

Balanced = zero charge

400

2Fe + O₂ ----> 2FeO

a) Identify the type of reaction. 

b) Identify the reactant(s).

c) Identify the product.

a) Corrosion

b) Iron and Oxygen

c) Iron oxide

500

CaCO₃ + 2HCl ----> CaCl₂ + CO₂ + H₂O

a) Identify the type of reaction. 

b) Identify the reactant(s).

c) Identify the product.

Carbonate and acid reaction

Calcium carbonate and hydrochloric acid

Calcium chloride, Carbon dioxide and water