Answer:
Inverted
Real
Explanation:
u = Object distance = 30 cm
v = Image distance
f = Focal length = 10 cm
Lens Equation
As, the image distance is positive the image is real and forms on the other side of the lens

As, the magnification is negative the image is inverted
Answer: 0.5 seconds
Explanation:
Given that:
Frequency of the George Washington Bridge F = 2.05 Hz
Period T = ?
Recall that frequency is the number of cycles a wave can complete in one second. Hence, frequency is the inverse of period.
i.e F = 1/T
2.05Hz = 1/T
T = 1/2.05Hz
T = 0.488 seconds (Rounded to the nearest tenth as 0.5seconds)
Thus, the period of the George Washington Bridge is 0.5 seconds
by the formula of spring force we know that

here we know that


now we will have


now by similar way if the stretch in spring is 0.25 m
force is given by



so it will require F = 250 N force
Answer:
9.1848 km straight east and 10.5659 km straight north
Explanation:
To find these distances, you just have to find the components of this displacement. The inclination in relation to north is 41 degrees, so to find the north component, you need to multiply 14 km by the cossine of 41 degrees, which is 0.7547.
So, the north component is 14 * 0.7547 = 10.5659 km
To find the east component, you multiply 14 by the sine of 41 degrees, which is 0.6561:
14 * 0.6561 = 9.1848 km
You would need to drive 9.1848 km straight east and then 10.5659 km straight north to arrive at the same point.