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calculate the area of rectangle a square a triangle by using constructor overloading
Dynamic viscosity of oil used for lubrication between a shaft and a sleeve is 0.8Ns/m². The shaft is of d=0.5m and rotates at 190rpm. Calculate the horsepower lost in bearing for a sleeve length of 0.1m. Thickness of oil film is 2mm
Write a C program that is going to use function to calculate the perimeter of a circle
Create another class called Television. Television is an Appliance. It only has the following additional private attributes:
type (whether Smart or Non-Smart)
volume (0 - 100)
channel (1 - 100)
It should have the following methods:
getters
void volumeUp() - increases the volume by 1 (possible only when TV is ON)
void volumeDown() - decreases the volume by 1 (possible only when TV is ON)
void channelUp() - increases the channel by 1 (possible only when TV is ON)
void channelDown() - decreases the channel by 1 (possible only when TV is ON)
String toString() - overriding Appliance's. It should include type, volume, and channel in this format ("Brand: xxxx, Cost: PhP xxxx.xx, Power: xx, Type: xxxx, Volume: xx, Channel: xx").
A lone constructor is to be implemented with a type, brand, and cost as an argument. It sets the volume to 0 and channel to 1. And it prints "Television Constructor" as well
Write the expression for the equilibrium constant, for the following reaction: A (g) + 2B (aq) → 3C (s) + 4D (g)
How much is the capacitance if the voltage is 40 V and the equivalent charge of the circuit is 2 C?
The image above is a neat copy of a photo of an electricity meter for a domestic solar array. The display shows the energy we sold to the electricity company on a winter's day. Between 7 a.m. and 5 p.m., how many kilowatt hours did this household sell to the electricity company? E =
E= _____ kW.hrs
. Give your answer to two significant figures.
Each box is 100 W
high and 1 hr
wide.
Compute the angles COD, EOF, GOH, ZOY and XOW from the following set of lines whose magnetic bearings are:
1. OC, N34° 14'E and OD, N53°22'W
2. OE, S15°04'E and OF, S36°00'W
3. OG, N70°15'W and OH, S52°05'W
4. OZ, SO° 59'W and OY, S7°55'E
5. OX, S45°10'W and OW, DUE WEST
6. OR, N54 14'W and OS, N13°22'E
7. OT, N15°04'E and OU, N36°59′W
8. OV, N50°15'W and OW, S53°05'W
9. OX, S80°59'W and OY, S17°55'E
10 OJ, N45 10'E and OK, DUE NORTH
Convert the following azimuths to equivalent bearings.
1. Azim of Line CD = 270'00"
2. Azim, of Line DE = 228 15'
3. Azim, of Line EF = 135'00'
4. Azim, of Line DE=0⁰
5 Azim, of Line EF = 357'59"
6. Azim, of Line CD=70"30"
7. Azim, of Line DE-90°
8. Azim, of Line EF = 135°00'
9. Azim, of Line DE = 200'09'
10.Azim, of Line EF = 37'19'
Convert the following azimuths to equivalent bearings.
Azim of Line CD = 270'00"
#340153 on Dec 2023