Answer:
y = 0
Step-by-step explanation:
1 c.
If we have an exponential function of the form
, where "a" is any positive integer, say, then that function will take the general shape of the function shown in the picture.
It will always approach the x-axis but never meet (touch). Any line that a function (graph) approaches but never touches, is known as an asymptote to the graph.
Since the function
follows the path of the general form shown above, this also approaches the x-axis, but never touches. So, the x-axis is the asymptote of the function.
We know
x-axis has equation y = 0, and
y-axis has equation x = 0
Here, the x-axis is the asymptote, so the equation is:
y = 0
Answer:
c + 190 = Weight of the lion
Step-by-step explanation:
Answer: 5:40 am
Step-by-step explanation:
The train reached the station at 9:15 am after having travelled for 3 hrs 35 minutes.
The time the train departed from Riya's hometown was the time it arrived in Mumbai station less the time taken to travel:
= 9:15 - 3:35
First deduct the 3 hours:
= 9:15 - 3
= 6 : 15 am
Remove the 35 minutes by first removing the 15 minutes
= 6:15 - 15
= 6:00 am
Then remove the rest of the 35 minutes which is 20 minutes:
= 6:00 - 20 minutes
= 5:40 am
Given :
- CD is the altitude to AB.
A = 65°.
To find :
- the angles in △CBD and △CAD if m∠A = 65°
Solution :
In Right angle △ABC,
we have,
=> ACB = 90°
=>
CAB = 65°.
So,
=>
ACB +
CAB+
ZCBA = 180° (By angle sum Property.)
=> 90° + 65° +
CBA = 180°
=> 155° +
CBA = 180°
=>
CBA = 180° - 155°
=>
CBA = 25°.
In △CDB,
=> CD is the altitude to AB.
So,
=>
CDB = 90°
=>
CBD =
CBA = 25°.
So,
=>
CBD +
DCB = 180° (Angle sum Property.)
=> 90° +25° +
DCB = 180°
=> 115° +
DCB = 180°
=>
DCB = 180° - 115°
=>
DCB = 65°.
Now, in △ADC,
=> CD is the altitude to AB.
So,
=>
ADC = 90°
=>
CAD =
CAB = 65°.
So,
=>
ADC +
CAD +
DCA = 180° (Angle sum Property.)
=> 90° + 65° +
DCA = 180°
=> 155° +
DCA = 180°
=>
DCA = 180° - 155°
=>
DCA = 25°
Hence, we get,
DCA = 25°
DCB = 65°
CDB = 90°
ACD = 25°
ADC = 90°.