Aspire Faculty ID #15469 · Topic: MAH MCA CET 2025 (Shift 1) · Just now
MAH MCA CET 2025 (Shift 1)

Given $,\dfrac{dy}{dx}+y=1,$ with $y(0)=2$, find $y(1)$.

Solution

Solve linear ODE: $y=Ce^{-x}+1$. Using $y(0)=2\Rightarrow C=1$. So $y(1)=e^{-1}+1$.

Previous 10 Questions — MAH MCA CET 2025 (Shift 1)

Nearest first
1
The number of real solutions of $\sqrt{1+\cos 2x}=\sqrt{2},\cos^{-1}(\cos x)$ in $\left[\frac{\pi}{2},\pi\right]$ is
Topic: MAH MCA CET 2025 (Shift 1)
2
In $\triangle ABC$, sides are $a=9$, $b=7$, $c=12$. Find angle $C$ (opposite side $c$) using the Law of Cosines.
Topic: MAH MCA CET 2025 (Shift 1)
3
The equation of a parabola is $y^2=4x$. Which of the following points lies on the parabola?
Topic: MAH MCA CET 2025 (Shift 1)
4
The coefficient of $x^{n}$ in the expansion of $(1+x)^{2n}$ and $(1+x)^{2n-1}$ are in the ratio
Topic: MAH MCA CET 2025 (Shift 1)
5
A family of parabolas $y=ax^{2}$ $(a>0)$ has vertices on the $x$–axis and axis parallel to $y$–axis. The differential e…
Topic: MAH MCA CET 2025 (Shift 1)
6
A company models the rate of change of concentration by $(y^2+3xy),dx+(x^2+xy),dy=0$, with $y=1$ when $x=1$. Find $y$ a…
Topic: MAH MCA CET 2025 (Shift 1)
7
The population of a town grows at $10%$ per year. How long will it take for the population to triple?
Topic: MAH MCA CET 2025 (Shift 1)
8
A circular wire of radius $7.5\ \text{cm}$ is cut and bent to lie along the circumference of a hoop of radius $120\ \te…
Topic: MAH MCA CET 2025 (Shift 1)
9
Find the distance from the eye at which a coin of $2\ \text{cm}$ diameter should be held so as to conceal the full moon…
Topic: MAH MCA CET 2025 (Shift 1)
10
Two trains, A and B, start simultaneously from two stations $300\ \text{km}$ apart. Train A travels at $60\ \text{km/h}…
Topic: MAH MCA CET 2025 (Shift 1)

Next 10 Questions — MAH MCA CET 2025 (Shift 1)

Ascending by ID
Ask Your Question or Put Your Review.

loading...