Physics, asked by habibaehsan, 3 months ago

two projectiles a and b are thrown with the same speed but at angles of 45 degree and 50 degree with the horizontal. the horizontal range of a will be​

Answers

Answered by Anonymous
3

Answer:

soory I need some points

Explanation:

two projectiles a and b are thrown with the same speed but at angles of 45 degree and 50 degree with the horizontal. the horizontal range of a will be

Previous Question
Next Question
Similar questions
English, 1 month ago
Application for marriage leave​...
Physics, 1 month ago
the ratio of acceleration produced in two bodies by applying equal force is 1:2. the mass of the body is 2kg, then find the mass of the second body​??
English, 1 month ago
who teaches you french change into passive voice​...
Math, 3 months ago
construct triangle abc ,in which bc=5.2cm,acb=45 degree and perimeter of triangleabc is 12cm ??????​
Math, 3 months ago
3. HCF of (2 x 32 x 5),(22x3x52) and (2x3x53x7) is (a) 30 (b) 48 (c) 60 (d) 105 4 ​...
Physics, 8 months ago
A wire of uniform cross-section is stretched between two points 100cm apart. The wire is fixed at one end and a weight is hung over a pulley at the other end. A weight of 9kg produces a fundamental frequency of 750Hz. (a) What is the velocity of the wave in wire? (b) If the weight is reduced to 4kg, what is the velocity of wave?
Physics, 8 months ago
Equation of a transverse wave travelling in a rope is given by y=5sin(4.0t-0.02 x) where y and x are expressed in cm and time in seconds. Calculate (a) the amplitude, frequency,velocity and wavelength of the wave. (b) the maximum transverse speed and acceleration of a particle in the rope.
Physics, 8 months ago
A streched string is forced to transmit transverse waves by means of an oscillator coupled to one end. The string has a diameter of 4mm. The amplititude of the oscillation is 10^(-4) m and the frequency is 10Hz. Tension in the string is 100 N and mass density of wire is 4.2xx10^(3)kg//m^3. Find (a) the equation of the waves along the string (b) the energy per unit volume of the wave (c) the...