Determine the absolute uncertainty of the mean vertical drop when horizontal displacement is equal to 2.0m using the equation $$\frac{\max-\min}{2}$$   Give your answer to 2 d.p.

(a)  

Predict the value for mean vertical drop when horizontal distance is at a value of 6.0m. Give your answer to 2 d.p.

(a)  

Determine the average temperature, T, when energy added, E = 12000 J. Give your answer to 2 d.p.

(a)  

Determine the absolute uncertainty of the mean for the temperature T, when energy supplied E = 12000 J. Use the equation $$\frac{\max-\min}{2}$$  Give your answer to 1 d.p.

(a)  

Predict the average temperature of the water, T, when energy supplied, E = 24000 J. Give your answer to 0 d.p.

(a)  

Determine the average change in Temperature, $$\Delta T$$  , when time, t = 180 s. Give your answer to 1 d.p.

(a)  

Determine the absolute uncertainty in the average change of temperature, $$\Delta T$$  , when time, t = 180 s. Use the formula $$\frac{\max\ -\min}{2}$$  Give your answer to 2 d.p.

(a)  

Predict the average change in temperature, $$\Delta T$$  , when time, t = 360 s. Give your answer to 0 d.p.

(a)  

Identify one of the angles that produce a horizontal displacement of 14.95m. No unit required.

(a)  

In the phase change graph, identify the melting point of the substance. No units required.

(a)  

Identify the field strength when the radii of detection is 10cm. No units required.

(a)  

Identify the height when velocity first equals 9.2m/s. No units required.

(a)  

Describe the relationship between projected angle and horizontal displacement. Use one word only. (Describe means you can use words not in the big 5).

(a)  

Identify the relationship between time and temperature for t = 75s to t = 105s.

(a)  

Identify the relationship between magnetic field strength and radii.

(a)  

Identify the relationship between velocity and height

(a)  

The equations show how changing inverse mass affects the velocity of a system. Do not round. Use the form y = (z+/-dz)x + (c+/-dc)

(a)